Industrial Fans Importance for Factories and Warehouses Industrial Fans Create Clean Air, Safe for Health Air circulation helps create an appropriate oxygen level for life, both in various activities and work. This is especially important in factories or warehouses in enclosed buildings where air circulation may be limited. Therefore, for the safety of employees and goods, as well as the environment, factories and warehouses must install industrial fans to provide sufficient air circulation. This ensures adequate oxygen levels, appropriate temperatures, absence of unpleasant odors, and lack of pollution. This will improve work efficiency and employee health. It also helps reduce contamination and degradation of goods due to high indoor temperatures. Industrial Fans: Equipment that Vents Bad Air and Brings in Fresh Air Industrial fans are larger, more powerful, stronger, and more durable than typical household fans. They're designed for large spaces and require large motors for high power output and wide blades. They are made of strong, high-quality materials for continuous use. Beyond their core functions, quiet operation is crucial. In some industries or warehouses, quiet operation improves employee productivity and reduces communication errors. Furthermore, the absence of motor noise from a industrial fan allows for easier detection of unusual sounds from machinery or equipment, enabling prompt inspection and repair before any dangerous incidents occur. According to JIS standards, air pressure is used to determine the name used to correctly identify industrial fans. If the air pressure is less than 1,000 mm water column, it is called a fan. If the air pressure is 1,000 mm water column or more, it is called a blower. In addition, industrial fans are also classified according to the characteristics of air movement, which results in different uses. Types of Industrial Fans Industrial fans, classified by air movement characteristics, are of two types: Centrifugal Flow Fans are suitable for applications with high air resistance, as the airflow direction is parallel to the fan axis but the outflow direction is perpendicular to the axis. This is caused by many small blades assembled together like a wheel rotating inside the fan housing. When the blades rotate, the air pressure resistance within the fan housing increases. Air pressure resistance can be increased by increasing the blade length. This type of industrial fan is further subdivided into three types according to the blade design. Straight blade or Radial fans have straight blades perpendicular to the axis. They have 5-20 blades and a large shaft. The minimum speed of this type is about 500-3,000 rpm. The volume of air driven is small, but the air pressure is high. Suitable for exhausting waste air, areas with high dust, and material handling. Forward Curved Blade Fans have blades angled forward. They have about 20-60 blades and a higher rotational speed than the first type. They are quieter, have the highest air pressure and airflow rate, and cause little vibration during operation. However, they are unsuitable for applications with fluctuating airflow rates due to instability and potential motor overload. They are popular due to their lower cost. Backward Curved Blade Fans have blades angled backward. They have about 10-50 blades and high rotational speed with minimal operating noise. Vibration occurs during operation, so they should be mounted on a strong structure to prevent damage to walls. Suitable for ventilation to maintain appropriate oxygen levels. They are more expensive than forward-curved blade fans. Axial Flow Fans are suitable for applications with low air resistance as the airflow direction is parallel to the fan axis and perpendicular to the plane of blade rotation. The blades are mounted on a shaft driven by a motor inside the fan housing, allowing for motor cooling with the outgoing air. However, these blades are unstable and noisy, suitable for ventilation in smaller buildings due to their smaller size and lower cost. They can be divided into two types according to the airflow pattern. Tube Axial Fans provide moderate air pressure. Airflow is axial from back to front due to the blades rotating within a cylindrical tube, creating a spiral airflow. They are noisier than other types, smaller, cheaper, and used for ventilation or air delivery through ducts. Vane Axial Fans have a linear airflow controlled by vanes mounted on the fan housing near the outlet. This directional control reduces airflow energy loss, resulting in higher efficiency and a higher price than the first type. Factors in Choosing the Right Industrial Fan for the Job Because industrial fans move air and vary greatly in size and price, selecting the correct type is crucial for efficient operation. The following factors will help in choosing the right industrial fan: Size and frequency of the industrial fan. Blade size and frequency affect airflow strength and speed. Choosing appropriate sizes ensures efficient air intake and exhaust. Blade design. Different blade types (e.g., radial, forward-curved, backward-curved) result in different airflow patterns and applications. Installation area size and characteristics. This greatly impacts fan choice, affecting air distribution. Mounting options include wall, ceiling, or floor mounting. For large areas needing ventilation, large fans mounted on walls or ceilings ensure even air distribution and affect the number of units required. Budget. Different fan types have different prices, so budget considerations are essential. Balancing budget with required features and benefits is important. Operating life. Industrial fans often operate 24/7. Durable materials are essential for long-term use and uninterrupted operation. Standards. Choose fans with appropriate quality standards (e.g., MOK) for efficiency and safety. Benefits of Industrial Fans Ventilation. Factories often have heat buildup from processes. Industrial fans vent this heat, reducing fire or explosion risks. Pollution reduction. Factories may have air pollutants (dust, particles, chemicals). Ventilation improves air circulation and removes pollutants, improving employee health and reducing product degradation. Energy and cost savings. Modern industrial fans are energy-efficient, saving energy and costs. Industrial fans are crucial for bringing in fresh air, maintaining temperature and humidity, reducing fire or explosion hazards, and removing air contaminants in factories and warehouses to create a safe working environment. They also save on heating and cooling costs. Jenstore by Jenbunjerd sells industrial fans, pedestal fans, farm fans, and wall-mounted blowers that are strong, durable, and meet the MOK 934-2558 standard. They offer adjustable airflow strength and direction, high-quality blades, steel bases, high-efficiency motors, and automatic power-off safety features. They offer excellent value, warranties, and expert advice. Interested in Industrial Fans, Pedestal Fans, Farm Fans, Wall Fans, or Blowers? Contact Us Website: https://www.jenstore.com (Live Chat) Sales: 02-096-9999 (200 lines) Email: [email protected] Customer Service: 02-096-9898 ext 3102-3103 Email: [email protected] LINE Official Account: @jenstore Facebook: JenStore - JenStore by Jenbunjerd

Fire Extinguishers Building Safety Standards Fire Extinguishers Essential Firefighting Equipment for Every Building! In buildings, fire extinguishers – those familiar bright red cylinders – are a common sight along hallways. They are used to extinguish fires, minimizing potential damage and loss. Buildings must have fire extinguishers installed at intervals for quick and easy access. Users should understand how to operate them, as different types exist with varying applications depending on the burning material. Incorrect use can be dangerous. Fire Extinguishers – Equipment that helps reduce fire spread and enhances building safety Components and Operation of Fire Extinguishers Fire extinguishers consist of a handle, safety pin, valve, pressure gauge, nozzle, cylinder, valve hose, extinguishing agent, and nitrogen gas (some types). To operate, place the extinguisher on the ground, remove the safety pin to open the valve, release the nozzle from its lock, and hold it. Then, squeeze the handle to release the pressure from the cylinder. This pressure pushes the extinguishing agent and nitrogen gas (if present) through the valve hose and nozzle. The extinguishing agent smothers the fire, reducing heat and preventing spread. Nitrogen gas reduces oxygen levels, further hindering combustion. The pressure gauge indicates the pressure for discharging the agent. If the needle goes beyond the green area, the extinguisher shouldn't be used and requires inspection. The cylinder houses the valve, hose, dry chemical powder or nitrogen gas, ensuring efficient and safe operation. The Relationship Between Fire Extinguisher Types and Fire Classes Before understanding fire extinguisher types, we need to know fire classes, as this significantly impacts extinguisher selection. A fire requires three elements: fuel, heat, and oxygen. However, the fuel type primarily determines fire severity, as different fuels have varying compositions and intensities, influencing the extinguishing agent required. There are five main fire classes: Class A (Ordinary Combustibles): Fuels include wood, cloth, paper, trash, plastic, or easily ignitable materials commonly found. Class B (Flammable Liquids): Fuels are flammable liquids, including crude oil, petroleum gas, gasoline, and flammable gases, that burn for extended periods. Class C (Electrical Equipment): Fuels are energized electrical equipment, like motors, appliances, or electrical transformers, generating high heat or malfunctioning. Caution: Disconnect power before extinguishing. Class D (Combustible Metals): Fuels are combustible metals such as titanium, magnesium, aluminum, and potassium, often found in laboratories or industrial settings. Class K (Combustible Cooking): Fuels are kitchen materials like cooking appliances, vegetable oil, animal fats, and liquids. Different fuels require different extinguishing methods and agents, leading to various fire extinguisher types. Six common types used in buildings are: Dry Chemical Extinguishers are red and contain dry chemical powder and nitrogen gas. Both suppress combustion. Upon discharge, the powder disperses, hindering fuel-oxygen interaction. Once discharged, the extinguisher, regardless of remaining agent, loses pressure and requires refilling. These are suitable for classes A, B, and C fires and are commonly used in homes, buildings, and factories due to their affordability and accessibility. Clean Agent Extinguishers are green and contain Halotron or HFC-236fa (FE-36), with HFC-236fa preferred for its lack of residue, making it safe for electronics and environmentally friendly. It's a cool liquid that vaporizes upon discharge, removing heat and disrupting oxygen. It's non-conductive and suitable for classes A, B, and C fires. Ideal for computer rooms, electronics factories, ships, aircraft, offices, and hospitals. Carbon Dioxide (CO2) Extinguishers are red and lack a pressure gauge, using weight to indicate quantity. They contain carbon dioxide, which upon discharge, becomes a cold vapor resembling dry ice, quickly cooling and extinguishing the fire. They leave no residue and are suitable for classes B and C fires. Ideal for large areas like factories, cafeterias, or electronics storage rooms. Foam Extinguishers are stainless steel and contain foam. Discharge produces foam that covers the burning fuel, reducing oxygen and heat. It’s effective on liquid surfaces like oil. Suitable for classes A and B fires but not class C due to its water content, making it conductive. Ideal for fuel-related industries, volatile substances, or gas stations. Wet Chemical Extinguishers are white and contain Potassium Acetate. Discharge produces a fine mist that covers the fire. Suitable for class K fires involving cooking oils, animal fats, or cooking liquids. Commonly used in restaurants, cafeterias, and kitchens. Water Extinguishers are blue or light blue and contain a water-based chemical extinguishing agent and nitrogen gas for pressure. They remove heat from the fuel, lowering the temperature and preventing reignition. Suitable for classes A, B, C, and K fires. Suitable for offices, homes, hotels, factories, and general locations. Installing Fire Extinguishers in Buildings Building owners must comply with fire extinguisher installation regulations as mandated by law (e.g., the Building Control Act B.E. 2522) to ensure occupant safety. The following guidelines should be followed: Choose appropriate extinguishers for the area size and fire classes for effective fire control and suppression. For shop houses or townhouses up to two stories, install one extinguisher per unit. For buildings exceeding two stories, install at least one per floor. For larger buildings (e.g., auditoriums, offices, hotels, hospitals, shopping malls) with four or more units, install one extinguisher per 1000 square meters, at intervals no more than 45 meters apart. Accessibility should be within 23 meters, with at least one extinguisher per floor. Extinguishers should be clearly visible and readily accessible. They should be mounted no higher than 1.40 meters from the floor to the top of the extinguisher. Extinguishers usually weigh around 4.5 kg, and shouldn’t exceed 18.14 kg for easy handling. Regularly check the pressure gauge (or net weight for extinguishers without gauges, such as CO2 extinguishers) to ensure readiness. Building safety is paramount. All buildings should have fire extinguishers and conduct annual fire drills to mitigate fire risks. Proper extinguisher selection is crucial. Extinguishers should meet the standard Mอก. 332-2537, guaranteeing performance. Jenstore by Jenbunjerd sells fire extinguishers, including refillable dry chemical extinguishers, low-pressure water mist extinguishers, Halotron One clean agent extinguishers, Halotron clean agent extinguishers, carbon dioxide extinguishers, etc. We offer high-quality, Mอก. 332-2537-certified equipment from leading brands at competitive prices. We provide expert advice and after-sales service. Interested in Fire Extinguishers and Building Safety Standards? Contact Us Website : https://www.jenstore.com (Live Chat) Sales : 02-096-9999 (200 lines) Email : [email protected] Customer Service : 02-096-9898 ext 3102-3103 Email : [email protected] LINE Official Account: @jenstore Facebook : JenStore - JenStore by Jenbunjerd

Jenstore Shop: Your One-Stop Online Shop for Industrial Equipment Buy carts, industrial wheels, and plastic bins easily with just a click at Jenstore Shop Shop anytime, anywhere! Jenstore Shop is a leading online retailer of storage equipment and material handling tools. We offer a wide range of products, including high-quality carts for efficient material movement, plastic bins for organized storage, plastic crates for various items, shelving units to maximize space, and office furniture like desks and office chairs to boost productivity. Jenstore Shop offers 24/7 online ordering for superior business efficiency. Explore High-Quality Products from Jenstore Shop - Just a Click Away! Carts are essential for efficient and safe material handling. Jenstore Shop offers various cart types to meet diverse needs.       1.1 2-wheel carts are ideal for rectangular, tall, or large items and can support heavy loads. Some models feature expandable platforms or curved backs for oddly shaped goods.      1.2 4-wheel carts are versatile and popular for their adaptability, especially in industrial settings. Three sub-types are available:          1.2.1 Steel platform carts (steel carts) are perfect for heavy-duty applications.          1.2.2 Stainless steel platform carts are suitable for environments with chemicals or moisture.          1.2.3 Plastic platform carts are resistant to moisture and chemicals.1.3 Service carts are designed for service industries (hotels, hospitals, restaurants). Usually made of stainless steel, they come in various designs for specific uses (shopping carts, luggage carts, etc.). Industrial wheels are crucial for carts, pallets, and shelving units, providing weight support and directional control. They are durable and resistant to chemicals, acids, oils, heat, and cold. Jenstore Shop offers various wheel types:      2.1 PP plastic wheels are chemical-resistant, maneuverable, and moderately strong.      2.2 Synthetic rubber wheels are suitable for furniture, office carts, etc., offering shock absorption and quiet operation.      2.3 Polyurethane wheels are impact-resistant, wear-resistant, and chemical-resistant, providing quiet and smooth operation. They are ideal for rough or sharp surfaces.      2.4 High-tech PUo polyurethane wheels are highly durable, quiet, and maneuverable, suitable for industrial carts.      2.5 Nylon wheels are wear-resistant and chemical-resistant, but should not be used on wood or marble floors.      2.6 Elastic rubber wheels (ER) are shock-absorbing, quiet, and ideal for fragile items, suitable for hospitals. Plastic bins are essential for storing tools and goods. They are easy to move, create organization, protect items from pests and dust, and maintain product quality. Jenstore's bins are made of high-quality, odorless plastic, stackable, and durable, with options for lids and locks. Plastic crates serve similar purposes to bins, but offer greater versatility, including foldable options and designs with side openings for easy access even when stacked. Some are vented for produce. Jenstore crates are made from high-quality HDPE plastic, are durable, and come with or without lids and in various colors. Shelving units are essential for maximizing storage space and organization. They are particularly useful in warehouses, offices, and retail settings. Jenstore's shelving units are sturdy, adjustable, and come in various types: steel shelving, wire shelving, and more. Desks are essential office furniture. Jenstore Shop offers durable, stylish desks made of wood or steel, with features like drawers, cable management systems, and adjustable height options. Office chairs are crucial for employee comfort and health. Jenstore's chairs are designed for prolonged sitting, with adjustable height, lumbar support, and armrests. They are made of durable materials and come in various styles. Jenstore Shop also offers a wide range of other industrial equipment, including thermometers, pallet jacks, safety equipment, tools, packing supplies, and office supplies.Jenstore Shop provides a comprehensive selection of products. For any questions, contact us via the website or the channels below for efficient and fast service. Contact Us - Jenstore Shop: Your One-Stop Online Shop for Industrial Equipment Website : https://www.jenstore.com (Live Chat) Sales : 02-096-9999 (200 lines) Email : [email protected] Customer Service : 02-096-9898 ext 3102-3103 Email : [email protected] LINE Official Account: @jenstore Facebook : JenStore - JenStore by Jenbunjerd

Boost Your Sales with Effective Product Arrangement Techniques How to Arrange Products on Shelving for Maximum Impact Retail stores such as department stores, minimarts, and convenience stores sell a large number of products in various categories. Proper product arrangement is crucial for these types of stores; it improves customer convenience and encourages purchases. Effective arrangement on shelving enhances the shopping experience. Furthermore, shelving should showcase products effectively, with attractive designs, colors, and layouts suitable for both display and use, thereby highlighting products and boosting sales. 8 Techniques for Arranging Products on Shelving to Increase Sales Product Categorization Retail stores offer a wide variety of products. Clear categorization improves customer navigation. Use shelving sides or shelf dividers to separate product types, such as household goods and food items. Further sub-categorization is possible (e.g., dishwashing products, cleaning supplies, dry goods, seasonings, baking supplies). The level of categorization depends on the number and types of products sold. Smaller product categories can be grouped with similar items. Choosing Appropriate Shelving for Products Retail products vary greatly in size and shape. Selecting suitable shelving ensures neatness, easy access, and visual appeal. For instance, multi-tiered shelving (solid or open) accommodates general merchandise; hanging hooks are suitable for hanging items; basket shelving is ideal for small or unstable items; hardware stores can use tool panels to hang specific tools. Eye-Level Product Placement Increases sales opportunities. Adapt eye-level placement to your target audience. For children's products, place items lower than adult eye-level to capture their attention. Positioning Best-Selling Products Best-selling products are usually placed at eye-level for immediate purchase. If multiple brands of a best-selling product are available, position the top-selling brand at eye-level, followed by other brands in descending order vertically or on adjacent shelves. This keeps customer focus on desired products within their natural field of vision, encouraging purchases. Maintaining Shelf Balance Product weight and size affect shelf arrangement. Heavier or larger items should be placed on lower shelves to prevent accidents or damage. For example, lighter, smaller bags of rice go on top, heavier, larger bags on the bottom. This can be adapted if the shelving is designed to support heavier loads. Grouping Related Products Even with categorized products, further enhancements are possible. Place related or complementary items together on the shelving or create sets to encourage bundled purchases (Cross-selling). This often involves placing different product types together or creating sets. This increases sales by facilitating multiple purchases with one selection. Examples include bath sets, funeral sets, kitchen sets, or baking sets. Keep Shelves Fully Stocked Shelves should always be fully stocked. Empty shelves are unattractive to customers, potentially discouraging them from even entering the store. Regularly check stock levels and replenish promptly. Move older stock to the front before adding new items, preventing the accumulation of outdated merchandise. Pricing and Promotional Signage: Key to Product Arrangement Price tags on shelves draw customer attention. Customers typically gravitate towards lower prices. When similar products from different brands are on the shelving, price comparisons strongly influence buying decisions. Promotional signage highlighting discounts or free gifts near the relevant products on the shelves encourages immediate purchases – a common sales-boosting technique. Product arrangement is a key sales-boosting technique. It uses psychology to stimulate purchasing decisions, prioritizing convenience and accessibility, especially for high-demand items. Beyond arrangement, shelving is vital; it must support product weight, be durable, versatile to accommodate various products, showcase items attractively, and create a pleasant shopping atmosphere. Modern shelving offers diverse styles, colors, and designs, enhancing the overall store ambiance. Jestore by Jenbunjerd supplies high-quality shelving, steel shelving, storage shelving, and multi-purpose shelving made from high-quality, powder-coated steel for long-lasting durability. They offer attractive designs, adjustable heights, high weight capacity, reinforcing cross-bars, non-slip plastic feet to protect surfaces, easy assembly, and convenient transportation. Expert advice and professional after-sales service are provided. Interested in high-quality, durable shelving? Contact us! Website : https://www.jenstore.com (Live Chat) Sales : 02-096-9999 (200 lines) Email : [email protected] Customer Service : 02-096-9898 ext 3102-3103 Email : [email protected] LINE Official Account: @jenstore Facebook : JenStore - JenStore by Jenbunjerd

Effective Waste Management in Industrial Plants Four-Color Recycling Bins for Sustainable Waste Management Waste has become a major environmental pollution problem in every country, directly and indirectly impacting humans and the environment. Many countries are striving to find the most effective ways to dispose of or reuse waste to minimize its volume, especially in industrial plants which generate large quantities and diverse types of waste during the production process. A fundamental method for industrial waste management is waste segregation. This involves sorting waste into designated recycling bins according to their color-coded categories. Proper waste segregation dictates that all types of waste should not be disposed of together in a single bin. Waste segregation offers numerous direct and indirect benefits. Four colors are commonly used for waste segregation bins: yellow, green, red, and blue, each serving a distinct purpose for waste collection.   Meaning of Colors in Four-Color Recycling Bins for Easier Waste Recycling Green or Wet Waste Bin: This bin is for biodegradable waste that decomposes quickly, the most common type of waste found in landfills. Examples include food scraps, fruit peels, vegetable scraps, meat scraps, and dried leaves. This does not include animal carcasses or plant remains from laboratory experiments. This type of waste is often composted to create fertilizer, such as compost or bio-fertilizer. Yellow or Recyclable Waste Bin: This bin is for reusable waste that can be reprocessed into new products. Examples include glass, paper, plastic bottles, plastic bags, glass bottles, cans, cardboard boxes, UHT beverage cartons, metal scraps, and aluminum. These materials can be used to manufacture various items such as prosthetics, light bulbs, and monks' robes. Red or Hazardous Waste Bin: This bin is for waste containing hazardous or toxic substances. Examples include mercury, lead, radioactive materials, chemicals that cause illness or irritation, and infectious waste from medical treatments. Examples of hazardous waste include batteries, spray cans, fluorescent light bulbs, masks, paints, and bandages. These materials cannot be reused, but segregation makes hazardous waste management easier and reduces the risk of environmental contamination of soil and water resources. Blue or General Waste Bin: This bin is for waste that is difficult to decompose, uncontaminated, and not cost-effective to recycle. Examples include plastic wrappers from various products such as instant noodle packets, candy wrappers, snack wrappers, food containers, and food foils. This type of waste is disposed of through appropriate methods such as landfilling or incineration, or some materials may be reprocessed using new technologies for reuse.   Strategic Placement of Waste Bins for Efficient Waste Segregation Waste bins should be placed in highly visible, accessible locations with high foot traffic, such as in front of restrooms or near elevators. Indoor bins should not obstruct fire safety systems, such as placement in front of fire extinguishers. Wet waste bins should be located in well-ventilated areas with roofs to prevent insect breeding and disease. Regular cleaning of the surrounding area is essential. Hazardous waste bins should be placed in well-ventilated areas, indoors, away from heat sources or flammable materials. Bins should be conveniently located for easy waste removal; indoor bins should facilitate efficient waste collection.   Benefits of Waste Segregation Using Four-Color Recycling Bins for a Better World Reduced Waste Volume: Color-coded bins significantly increase the amount of recyclable waste, reducing the overall waste volume and saving production costs. Reduced Energy Consumption and Resource Depletion: Efficient waste segregation minimizes the amount of waste needing disposal, lowering energy consumption (e.g., incineration) and reducing the need for new resources in manufacturing. Cost Savings: Industrial waste management requires substantial resources: equipment, labor, and energy. Efficient waste segregation reduces waste volume, lowering the costs associated with storage, disposal, waste bags, cleaning personnel, and waste incineration. Environmental Protection: Proper waste segregation minimizes environmental pollution, particularly from hazardous chemicals often found in industrial waste. This protects workers and surrounding communities from soil, water, and air contamination. Reduced Disease Risk: Properly designed waste bins prevent the breeding of insects and disease-causing microorganisms, especially in wet waste which is a breeding ground for disease vectors. Time Savings: Using four-color bins speeds up waste segregation, eliminating the need for manual sorting. Waste Management with Four-Color Recycling Bins Following the 3Rs Principle for Environmental Friendliness Segregation using four-color recycling bins is crucial for industrial plants due to the large amounts of waste they generate. Inefficient waste management leads to direct and indirect negative consequences. Therefore, many plants employ the 3Rs principle: Reduce, Reuse, Recycle. This principle minimizes waste generation through reuse and recycling, aiming to reduce the amount of waste requiring treatment or disposal. The 3Rs encompass these actions: Reduce: Minimizing waste generation, such as reducing paper use in offices. Reuse: Maximizing resource utilization without altering the material's state. Recycle: Reprocessing waste materials into new products. The 3Rs principle underscores the importance of waste segregation using color-coded bins for efficient waste management. Using these bins maximizes recyclable material recovery, preventing contamination and saving on raw material costs. Therefore, waste segregation and proper disposal are crucial responsibilities for all businesses and industries – for ourselves, the environment, and a better future. JenStore by Jenbunjerd offers a wide range of waste bins, including color-coded bins, recycling bins, hazardous waste bins, wet waste bins, dry waste bins, four-color bins, pedal bins, large bins, plastic bins, stainless steel bins, municipal bins, Bangkok Metropolitan bins, 120-liter bins, as well as waste bags. Our diverse product range meets varied needs, complemented by expert sales support to streamline your procurement process.Enhance your warehouse and industrial plant operations with quality products. Choose JenStore by Jenbunjerd, a leading manufacturer, distributor, and exporter of high-efficiency and diverse materials handling equipment in Thailand. We cater to various storage, handling, and transportation needs across all industries, offering a comprehensive range of equipment, including industrial wheels, such as hand trucks, stainless steel hand trucks, hand pallet trucks, two-wheel hand trucks, four-wheel hand trucks, maid service trolleys, cleaning trolleys, pallet trucks, hand truck wheels, and rubber wheels. We also offer storage equipment, tools, and tool cabinets, including plastic crates, plastic pallets, plastic bins, plastic containers, aluminum ladders, steel shelving, stainless steel tables, workbenches, waste bins, recycling bins, chemical spill containment sumps, and industrial fans, designed to improve your storage and material handling efficiency. We also supply hand trucks, hand truck wheels, tools, aluminum ladders, anti-slip mats, plastic pallets, shelving units, folding tables, plastic chairs, and industrial fans of the highest quality, designed to meet the diverse needs of all industries. For inquiries or to order waste bins or recycling bins, contact us at: Website : https://www.jenstore.com (Live Chat)Tel : 02-096-9999 (200 lines)Email : [email protected] Official Account: @jenstore Facebook : JenStore by Jenbunjerd

The Importance of Workbenches in Industrial Businesses Whether the job is big or small, workbenches can handle it. Workbenches are crucial in industrial factory work, especially for tool maintenance, ensuring tools remain efficient and have a longer lifespan. This results in faster, safer processes and reduces the risk of damage. In addition, workbenches are used for workpiece placement, assembly, tool installation, and some models can even store tools. Most workbenches have a strong structure, capable of supporting weights ranging from 100 to 1,000 kilograms.Workbenches must be durable, able to withstand impacts, oils, chemicals, prevent static electricity, and prevent objects from sliding. They should also be easy to assemble and disassemble. Today's workbenches are designed with diverse functionalities to support all types of work. Each type of workbench has different properties depending on the materials used in its manufacture. Therefore, it is essential to choose a workbench suitable for the type of work to maximize efficiency. Types of Workbenches: Choosing the Right One for Optimal Results General-purpose workbenches can support approximately 100-500 kilograms. Mostly constructed from powder-coated steel, they are strong and durable, able to withstand impacts, yet lightweight. They can be adapted as work desks, are easy to assemble and disassemble, and some models have wheels for easy movement or adjustable legs for added convenience. They are commonly used for inspecting parts in industrial factories, or in the food and pharmaceutical industries, as well as laboratories and cold storage rooms. Workbenches for general workshop use can support up to 2,000 kilograms. They are made of thick steel, are strong, resistant to oil and chemicals, and can prevent vibrations from tools. They come in various designs, such as models with wheels and footrests for easy movement, drawers for storing tools, or lower shelves. They are commonly used in parts assembly, automotive repair, and industrial factories. Heavy-duty workbenches can support up to 3,000 kilograms. Constructed from extra-thick steel, the tops are covered with PVC plastic to prevent tools from sliding and to prevent static electricity. They are strong, durable, impact-resistant, and resistant to acids and alkalis. These workbenches may include additional tool hanging panels, drawers, lower shelves, wheels, or footrests. They are commonly used in industrial factories, such as for automotive parts and machinery installation, and work involving using chucks to hold workpieces. Rubber-topped workbenches have tops covered or lined with rubber sheets. This rubber provides protection against tool slippage, static electricity, oil, chemicals, and impacts. It also protects the workbench top from scratches. They are commonly used in industrial factories and general workshops. Workbenches with shelves efficiently organize equipment and tools. Shelves can be easily assembled and disassembled without the use of bolts, preventing damage. Both upper and lower shelves increase work efficiency. These are popular in general workshops where equipment and tools are regularly used. Workbenches with adjustable height legs allow adjustment of leg height either manually by rotating the legs or electrically via a switch. This increases convenience and reduces fatigue from prolonged work by allowing both seated and standing work positions. These are commonly used for lighter tasks such as packaging and part inspection. Foldable workbenches support up to 200 kilograms. The leg and top joints can be folded and unfolded, making them easy to move and store. These workbenches are compact, lightweight, yet strong. Some models can be adapted into scaffolding or carts. They are commonly used for cutting, sanding, repairs, and decorating tasks in homes or offices. Beyond workbench types, the materials used for the top are also important. These materials must be strong and durable for cutting, sanding, drilling, etc. The variety of materials offers a range of different properties. Types of Workbench Top Materials Poly-coated workbench tops are waterproof and stain-resistant. They have a smooth, glossy surface but are less strong, making them suitable for lighter tasks like assembly and bagging. Melamine-coated workbench tops are resistant to abrasion, chemicals, heat, sunlight, stains, and scratches. However, care must be taken as the hard material can easily crack and is not suitable for high-vibration work. They are commonly used in laboratories, schools, and offices. PVC-topped workbenches are scratch, oil, chemical, and moisture-resistant and highly flexible. They are easy to clean and are commonly used by professional tradespeople. Rubber-topped workbenches are abrasion-resistant, waterproof, and chemical-resistant. Their flexibility prevents damage to products. Two common types of rubber are anti-static rubber, which is also oil and solvent-resistant, and vinyl rubber, which effectively reduces vibrations and prevents slippage. Rubber-topped workbenches are frequently used in processing, high-precision parts assembly, or with easily slippery products. Steel workbench tops are strong and durable but unsuitable for hammer work as they transmit vibrations, potentially causing accidents. They are commonly used in welding due to their heat resistance and lack of cracking. Stainless steel-topped workbenches use SUS 304 stainless steel, which is highly rust and chemical-resistant and does not absorb chemicals. They are frequently used in cleanrooms, laboratories, and the food industry. The diversity of industries means workbenches must be manufactured from a variety of materials to meet the needs of all types of industries. Workbenches are comprehensively designed for tradespeople, with features such as power strips for power tools, centimeter markings and angle measuring radii for on-top measurements, and equipment shelves for convenient access. These features allow tradespeople to work faster and more efficiently, performing various tasks such as cutting, hammering, sanding, drilling, assembly, inspection, or welding on a single workbench. Jenstore by Jenbunjerd manufactures and sells workshop equipment, including aluminum ladders, stainless steel tables, tool cabinets, workshop carts, workbenches, ABS-topped workbenches, and accessories such as tool hanging panels, tool hanging sets, chuck holders for workbench use, and high-quality workshop chairs from leading brands. We are happy to provide advice on product selection. Interested in workshop equipment, aluminum ladders, stainless steel tables, tool cabinets, workshop carts, or workbenches? Contact us. Website : https://www.jenstore.com (Live Chat) Sales : 02-096-9999 (200 lines) Email : [email protected] Service : 02-096-9898 ext 3102-3103 Email : [email protected] LINE Official Account: @jenstore Facebook : JenStore - JenStore by Jenbunjerd

Checklist of Equipment Enhancing Warehouse and Factory Efficiency Boost Handling and Storage Capabilities with Electric Forklifts and Shelving Effective industrial factory management enhances production capacity, ensuring smooth and coordinated operations. Historically, industrial factories relied on manual labor to drive all processes. However, technological advancements have led to the development of machinery and equipment designed to boost efficiency. While human oversight remains crucial, these tools and equipment significantly improve productivity, especially in high-risk tasks like handling heavy materials. Hand trucks, pallet trucks, and electric forklifts address these challenges by efficiently handling large quantities and weights, offering durability, and speeding up processes. While sharing a common objective, these three equipment types differ in design, function, and application, ensuring safe and optimal material handling. Hand Trucks, Pallet Trucks, Electric Forklifts: Elevating Material Handling Hand Trucks are versatile for moving various items, from office supplies and goods to tools, with weight capacities ranging from tens to hundreds of kilograms. Four-wheeled hand trucks are popular due to maneuverability and a larger base for increased load space. Four-wheeled hand trucks also come with different base materials – steel, stainless steel, and plastic – suited for various industrial environments. For instance, stainless steel or plastic bases are ideal for food industries due to their resistance to moisture, cold, and water, preventing rust and contamination. Steel bases are suitable for heavy loads in general industrial settings. Specialized hand trucks, such as stair-climbing hand trucks and dollies, are also available. Pallet Trucks are designed for moving large quantities or heavy loads. They feature a unique fork-like base that engages with a hydraulic pump and lever for lifting. Pallet trucks are commonly used with pallets for efficient material handling. The forks lift pallets or box-like items, even without pallets, to their destination. They handle hundreds to thousands of kilograms. Three types exist: Manual pallet trucks rely on manual operation for movement and hydraulic pump operation for lifting. Suitable for general industries. Semi-electric pallet trucks use electric drive for movement but manual hydraulic pump operation for lifting. Ideal for large printing plants. Electric pallet trucks (Power Pallet Trucks) are fully electric, with some models including operator platforms to reduce fatigue. Popular in general manufacturing due to time savings. Electric Forklifts are fully electric, lifting pallets higher than pallet trucks and effectively stacking vertically. They are useful for storing goods on shelving or for vertical storage. They also facilitate loading goods onto transport vehicles without manual labor. Electric forklifts handle large volumes and weights, from thousands of kilograms upwards, increasing speed and efficiency, maximizing daily throughput. Their compact size allows for use in tight spaces, and they are environmentally friendly. Some include operator platforms for reduced fatigue. These three material handling types are popular in industrial factories for their ability to manage large volumes and weights, enhancing business competitiveness. The warehouse department often utilizes hand trucks, pallet trucks, and electric forklifts most extensively, as it houses raw materials and finished goods. Efficient warehouse management is crucial for business profitability, requiring speed, accuracy, and optimal space utilization. Therefore, storage equipment must maximize space efficiency, as warehouse space is a significant business cost. Shelving, plastic bins, and plastic crates are essential for maximizing profit. Shelving, Plastic Bins, and Crates: Enhancing Storage Capacity Shelving significantly increases vertical storage space. Multi-tiered and vertically stackable, it efficiently divides warehouse space. Industrial shelving comes in various sizes, depending on specific needs. Large shelving units are usually paired with pallets and electric forklifts or forklifts, with adjustable or removable shelves. Various types cater to different storage requirements. For example, Drive-In/Drive-Through shelving is suitable for low-SKU, high-quantity items, but requires a First-In First-Out (FIFO) system. FIFO shelving incorporates rollers for faster movement and a FIFO system, ideal for perishable or high-turnover goods.Smaller shelving units are used with storage equipment such as plastic bins and crates, suitable for warehouses or office document storage. Some are knock-down for easy assembly and disassembly, with adjustable shelves and side/back panels to prevent item falls. Wheeled models are available for ease of movement. Choosing between large and small shelving depends on item type, size, and weight. Plastic Bins and Crates: For Efficient Storage These categorize and classify items. Some have plastic label holders for item details. They maintain product quality, protecting against pests, dust, and contaminants, and ease retrieval and movement. Bins and crates are visually similar but vary based on item type. They are available in opaque and transparent styles. Transparent ones are ideal for high-turnover items, while opaque ones are for light-sensitive goods. Lids protect against dust and pests, while lidless ones are stackable for space-saving when not in use. Locking mechanisms prevent item falls, and some have wheels for easier movement. Some bins have ventilation holes for produce to maintain freshness and prevent damage during storage and transport; others have side openings for access to stacked items; others are color-coded for easy categorization. All designs enhance storage efficiency.Choosing the right tools and equipment minimizes business costs. Hand trucks, pallet trucks, and electric forklifts reduce labor costs, time costs, and damage from manual handling. Shelving, plastic bins, and crates reduce product spoilage, damage from falls, and warehouse rental or construction costs. All equipment enhances warehouse and factory efficiency, directly and indirectly impacting business performance.Jenstore by Jenbujerd manufactures and supplies material handling equipment such as industrial hand trucks, hand trucks, four-wheeled hand trucks, stair-climbing hand trucks, dollies, pallet trucks, electric forklifts from leading brands, and storage equipment such as shelving, steel shelving, multipurpose shelving, plastic crates, bins, and plastic containers, made of durable, high-quality materials. We offer expert advice and professional after-sales service. Contact Us Website: https://www.jenstore.com (Live Chat) Sales: 02-096-9999 (200 lines) Email: [email protected] Service: 02-096-9898 ext 3102-3103 Email: [email protected] LINE Official Account: @jenstore Facebook: JenStore - JenStore by Jenbunjerd

Clean Energy Industrial Tools Electric Forklifts Reduce Pollution and Enhance Brand Image Electric Forklifts: Alternative Energy for a Cleaner World Modern industrial factories increasingly utilize clean energy technologies, particularly for lifting and moving equipment constantly driving various processes. Many industrial plants opt for electric forklifts to reduce pollution. Unlike fuel-burning machines that produce greenhouse gases, electric forklifts utilize battery power, eliminating combustion, soot, fumes, odors, and noisy machinery detrimental to the environment and worker health. Furthermore, electric forklifts offer efficient, fast material handling, significantly increasing productivity and storage space through vertical stacking. Clean Energy Innovation: Electric Forklifts for High-Reach Material Handling Electric forklifts, powered by batteries, represent a virtually pollution-free alternative. Initially, manual forklifts, using hydraulic pumps, were non-polluting but lacked the speed needed for expanding businesses. This led to the development of semi-electric and the current fully electric forklifts. Growing environmental awareness and the impact of greenhouse gases on climate change have driven industries to minimize pollution. Electric forklifts offer zero emissions, high performance, ease of use, and increased energy storage capacity. The shift towards cleaner energy has prompted fuel companies to diversify into electric battery production, focusing on minimizing their environmental impact. Traditional lead-acid batteries, consisting of plates, separators, and sulfuric acid electrolyte, release harmful chemicals during charging, necessitating separate charging areas. These batteries are available in flooded, gel, and AGM types, with AGM offering greater convenience and safety.However, battery technology continues to evolve. Lithium-ion batteries, nearly emission-free, offer high power output and energy density due to their high-charge cells and improved energy storage. Lithium is a dry cell with no harmful environmental components, making lithium-ion-powered electric forklifts highly efficient and environmentally friendly. Lithium iron phosphate (LFP) batteries, known for their high power output, are ideal for heavy-duty lifting applications and are also used in electric pallet trucks, electric tuggers, and forklifts. Hand Trucks, Pallet Trucks, and Pollution-Free Material Handling Equipment Besides electric forklifts, hand trucks and pallet trucks are commonly used in industrial settings. Both are environmentally friendly and efficient. They are used to move heavy or bulky items, especially in warehouses, and are available in manual and electric versions. While both move materials, their applications vary based on quantity, weight, and workflow. Hand trucks are suitable for moving items weighing tens to hundreds of kilograms, from office supplies to warehouse goods. Industrial hand trucks come in 2-wheel and 4-wheel versions. 4-wheel trucks are versatile, while 2-wheel trucks are better suited for cylindrical and larger items. Specialized hand trucks include stair-climbing trucks with three wheels per side and dolly trucks that function like pallets and can be linked together to increase capacity. Electric hand trucks use batteries like Deep-Cycle batteries, which store energy from solar or wind power, providing a clean energy alternative.Pallet trucks typically move heavier loads, up to thousands of kilograms. Their unique design incorporates long, narrow forks that slide under pallets for lifting and lowering using a hydraulic system. They are available in manual, semi-manual, and electric versions. Manual models use hand-operated levers to pump hydraulic fluid and move the truck. Semi-manual models use manual hydraulics but electric drive, and fully electric models use batteries like lithium-ion and deep-cycle batteries—both clean energy options.Choosing clean energy industrial equipment helps create a better environment. Selecting electric forklifts, hand trucks, and pallet trucks reduces pollution. The growing trend toward clean energy and net-zero emission targets is influencing industrial choices. Using clean energy equipment demonstrates environmental responsibility, enhancing brand image for both B2B and B2C customers.Jenstore by Jenbujerd is a leader in material handling equipment under the JUMBO brand, offering hand trucks, foldable hand trucks, multi-purpose hand trucks, hand pallet trucks, electric forklifts, dolly trucks, etc. Our export-quality products carry the "Thailand Trust Mark," signifying premium quality. We also offer custom-designed hand trucks and provide professional after-sales service. Contact Us Website : https://www.jenstore.com (Live Chat) Sales : 02-096-9999 (200 lines) Email : [email protected] Service : 02-096-9898 ext 3102-3103 Email : [email protected] LINE Official Account: @jenstore Facebook : JenStore - JenStore by Jenbunjerd

Getting to Know Stainless Steel: A Material Commonly Used in Hospital Equipment and Tools Stainless steel is a key component in hospital trolleys Hospital equipment must be clean to minimize the risk of contamination, which can lead to infections in patients and the general public. This is especially true for equipment used daily, such as hospital trolleys that facilitate the movement of patients who can and cannot help themselves, or dressing trolleys used to store wound care supplies. If equipment like trolleys or dressing storage boxes is dirty or contaminated, it can introduce pathogens into patients' wounds via contaminated cotton or gauze. Most of the equipment mentioned is made of stainless steel, a material commonly used in the medical, food, and pharmaceutical industries—industries known for their high standards of cleanliness and hygiene. Stainless Steel: A Popular Material for Hospital Equipment and Trolleys – Understanding Clean and Hygienic Stainless Steel Stainless steel, also known as rust-proof steel, is an alloy primarily composed of iron, chromium, and carbon. Other substances may be added to achieve desired properties. Stainless steel's remarkable property is its rust resistance. The chromium in stainless steel reacts with oxygen in the air, forming a thin film that coats the surface. This reaction, called "chromium oxide," protects against rust and corrosion, preventing contamination. Bacteria find it difficult to adhere to and survive on stainless steel surfaces, making it easy to clean. Many types of stainless steel exist, differing in their composition and resulting properties. The type commonly used in the production of equipment and trolleys in hospitals is austenitic 304-grade stainless steel. This Food Grade standard is heat and corrosion-resistant, durable, and rust-proof due to its high chromium content. Even if the chromium oxide film is damaged by chemicals or air, it constantly regenerates, preventing rust. Its high neutrality prevents absorption of chemicals, odors, and tastes, making it highly safe and hygienic and easy to clean. Examples of Stainless Steel Hospital Equipment and Trolleys Hospital Trolleys provide convenient and rapid patient transport, enabling timely treatment and reducing pain from physical movement. There are two types: sitting and lying trolleys. Sitting trolleys are suitable for patients who can still move or have minor injuries. Lying trolleys are used for unconscious patients or those with injuries requiring immobilization. Stainless steel is often used for the frames of hospital trolleys due to its strength and rust resistance. Medication Trolleys facilitate timely medical care by providing organized storage for medication supplies. They feature compartments or drawers for organized storage, a surface for placing equipment, and side rails to prevent items from falling. The trolley structure, as well as its storage components like cotton containers, medical instrument boxes, kidney dishes, and wound trays, are usually made of stainless steel. Dish Trolleys are used to store dishes, and some models also store food scraps. They're primarily used for storing patients' dishes. Dish trolleys are usually made of 304-grade stainless steel for its resistance to moisture and water, rust resistance, and easy cleaning. They feature shelves with guardrails and a funnel-shaped food waste receptacle with an inner plastic container. Food Trolleys are used to transport food to inpatients. They are usually made of high-quality 304-grade stainless steel due to their proximity to food, requiring the highest hygiene standards. Food trolleys have adjustable or removable shelves for flexible food transport. They often include a locking mechanism. Stainless Steel Waste Bins are suitable for hospitals due to their hygienic properties; bacteria cannot thrive on them, they don't absorb chemicals, and they're resistant to acids and alkalis. Most stainless steel waste bins have foot pedals to minimize contamination. They are also used in building and office decor. They are available with or without lids; lidded versions include swing and soft-close options. Medical Equipment such as cotton containers, medical instrument boxes, wound trays, kidney dishes, calipers, pill counters, forceps, etc., are used in treatment and diagnosis. These stainless steel items are pathogen-resistant, strong, durable, and easy to clean. They are typically cleaned and sterilized after each use. While stainless steel is popular for hospital equipment and tools, all equipment must meet standards to guarantee quality and safety. Common standards for hospital equipment include TIS (Thai Industrial Standards), and ISO. For example, hospital trolleys, if contaminated, can transmit infections. Therefore, they must meet TIS 702-2551 standards for materials and functionality. Medical equipment often complies with the International Quality Management System (QMS) for medical devices or ISO 13485:2016 standards for quality management systems covering design, production, sales, installation, and service, aiming for high-quality, safe medical devices. Jestore by Jenbunjerd manufactures and distributes hospital equipment and tools such as hospital trolleys, medication trolleys, dressing trolleys, dish trolleys, food trolleys, linen trolleys, and medical equipment such as cotton containers, medical instrument boxes, and pill counters that meet high standards of strength and safety. Custom trolley designs are available to meet specific needs, backed by expert advice and after-sales service for optimal performance. 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Safety Standards for Safety Equipment Standards for Safety Helmets and Safety Shoes Keep You Safe from Harm Personal Protective Equipment (PPE) protects against or reduces injuries from workplace hazards such as falling objects, exposure to extreme temperatures, chemicals, electricity, punctures, and slips. The diverse nature of these hazards necessitates various types of PPE to protect all parts of the body. For example, safety helmets protect the head from impacts, and safety shoes protect feet from hazardous environments such as puddles, chemicals, or electricity, and punctures from sharp objects. Since safety equipment faces risky environments, standards are crucial for ensuring effectiveness. Lack of standards can lead to serious injuries for wearers. 9 Safety Equipment Standards Used in Thailand These 9 standards, established domestically and internationally, share similar objectives and methodologies while complying with Thai law. They include: Thai Industrial Standard (TIS) – มอก. National Institute for Occupational Safety and Health (NIOSH) International Organization for Standardization (ISO) National Fire Protection Association (NFPA) American National Standards Institute (ANSI) European Standards (EN or CE) Japanese Industrial Standards (JIS) Australia/New Zealand Standards (AS/NZS) Occupational Safety and Health Administration (OSHA) Safety Helmet and Safety Shoe Standards: Industry Safety Symbols Safety helmet standards: Safety helmets protect the head from impacts, punctures, and electrical hazards. Made from hard plastic, metal, or fiberglass, they feature adjustable head and chin straps for a secure fit. Additional protection can be added, such as face shields or earmuffs. Five main standards exist: OSHA Standard, ANSI/Isea Z89.1 standard, EN Standard, CSA Z94.1 Standard, and the Thai Industrial Standard (มอก.). For example, the ANSI Standard Z89.1-2003 details helmet types and classifications to ensure appropriate testing for different work types. This basic testing assesses strength and durability to prevent serious injury, though not complete protection. Types of Safety Helmets ANSI Z89.1-2003 categorizes safety helmets into two protection types: impact and electrical. Details are as follows: Type 1: Reduces impact from above, but not from the sides. Type 2: Reduces impact from above and the sides. Type E (Electrical): Provides superior electrical protection, tested at 20,000 volts. Type G (General): Tested for electrical protection at 2,200 volts. Type C (Conductive): Does not offer electrical protection and is not electrically tested. ANSI Z89.1-2003 Safety Helmet Performance Testing Impact Protection: Tests Types 1 and 2 helmets under 12 cold and 12 hot conditions. A 3.6 kg object impacts at 5.5 m/s. Average force transmission must not exceed 3,780 Newtons. Penetration Resistance: Tests Types 1 and 2. A 1 kg object impacts at 7 m/s within a 75 mm radius of the helmet center. The object should not penetrate the helmet shell. Flame Resistance: Tests Types 1 and 2 with 5 seconds of exposure to 800-900°C flame. No burning should occur. Electrical Protection: Tests Types 1, 2, E, and G helmets after impact testing. Type E is tested at 20,000 volts for 3 minutes at 9 mA and for burn resistance at 30,000 volts. Type G is tested at 2,200 volts for 1 minute at 3 mA. Additional tests include energy absorption, off-center penetration resistance, and liner rebound (Type 2 only). Approved helmets display the ANSI mark, manufacturer's name and logo, production date, and size. Safety Shoe Standards: Safety shoes protect feet from falling objects, impacts, slips, and punctures. Industrial and specialized versions (e.g., electrical work) exist. Basic standards require impact, penetration, and compression resistance testing, typically referencing ISO or national standards. Regulations vary by country, leading to differences in additional features. Four main standards are EN or EN ISO, JIS, ASTM, and the Thai Industrial Standard (มอก.). The European standard EN ISO 20345:2011 is detailed below. Safety Shoe Standard EN ISO 20345:2011 This EU standard involves rigorous testing and specifications categorized by safety shoe type. Basic features include: Steel toe caps must withstand 200 Joules of impact. Midsole must resist 1,100 Newtons of puncture force. Outsole must be resistant to oil and chemicals. Outsole must withstand 160°C and 360°C heat. Outsole must provide slip resistance. Electrical safety shoes must be antistatic. Leather shoes must be breathable. European standard EN ISO 20345 steel-toe safety shoes that withstand 200 Joules represent the highest level of protection. Classes I and II have additional symbols and properties: Class I: Made from leather and non-rubber/synthetic polymer materials. Five types exist: 1.1 SB: Meets standard requirements, steel toe cap resists 200 Joules. 1.2 S1: Meets standard requirements, antistatic, energy-absorbing heel, steel toe cap resists 200 Joules. 1.3 S1P: Meets standard requirements, antistatic, energy-absorbing heel, puncture-resistant midsole, steel toe cap resists 200 Joules. 1.4 S2: Meets standard requirements, antistatic, energy-absorbing heel, waterproof, steel toe cap resists 200 Joules. 1.5 S3: Meets standard requirements, antistatic, energy-absorbing heel, waterproof, puncture-resistant midsole, steel toe cap resists 200 Joules, cleated outsole. Class II: Made from rubber or synthetic polymers. Three types exist: 2.1 SB: Meets standard requirements, steel toe cap resists 200 Joules, waterproof. 2.2 S4: Meets standard requirements, steel toe cap resists 200 Joules, antistatic, energy-absorbing heel. 2.3 S5: Meets standard requirements, steel toe cap resists 200 Joules, puncture-resistant midsole, antistatic, energy-absorbing heel, waterproof, cleated outsole. EN ISO 20345 requires manufacturers to add letters indicating the intended use or environment of the safety shoes for safe selection. Examples include SB, S1. Additional symbols indicate extra features: P: Puncture-resistant midsole (1,100 Newtons). C: Conductive antistatic. A: Antistatic. HI: Heat insulation. CI: Cold insulation. E: Energy absorption (20 Joules). WRU: Water-resistant upper. HRO: Heat-resistant outsole (300°C for 1 minute). ORO: Oil-resistant outsole. Standard safety equipment prevents minor injuries and reduces the severity of major accidents. Standards vary by country of origin. Safety helmets and safety shoes are essential in all industries to ensure worker safety, protecting vulnerable body parts from serious injury. Jenstore by Jenbunjerd supplies high-quality, standard safety equipment including safety helmets, safety shoes, chemical protective suits, chemical respirators, safety glasses, fall arrest harnesses, electrical gloves, etc. We offer expert advice, product sourcing, after-sales service, and warranties. Contact Us Website : https://www.jenstore.com (Live Chat) Sales : 02-096-9999 (200 lines) Email : [email protected] Service : 02-096-9898 ext 3102-3103 Email : [email protected] LINE Official Account: @jenstore Facebook : JenStore by Jenbunjerd

Traffic Cones Types and Safe Usage Choosing the Right Traffic Cone for Enhanced Safety Many are familiar with the orange cone-shaped objects often placed on roads as warnings. These are called “traffic cones,” widely used not only by police but also in buildings, offices, shopping malls, and factories, both indoors and outdoors, to warn of hazards or define areas such as accidents, road repairs, construction sites, or traffic lanes. Understanding Traffic Cones: Safety Enhancers Traffic cones are typically orange with reflective white stripes for nighttime visibility. They range from 50-100 centimeters in height and come in four types based on their plastic material. Four Types of Traffic Cones Traffic Cones Made from EVA Plastic These are popular due to their low cost and flexibility. They don't break easily when run over, are heat, moisture, and chemical-resistant, and feature reflective stripes. Heights include 30, 50, 70, and 80 centimeters. Besides orange, many colors are available, including blue, green, purple, white, and pink. Logos can be printed on them, and the EVA material is environmentally friendly. Suitable for roads and indoor/outdoor use. Traffic Cones Made from PVC Plastic These are highly flexible and quickly return to their original shape. Made from polyvinyl chloride (PVC) plastic, they have a slightly opaque appearance but offer vibrant colors. They are electrically insulating, flame-resistant, and durable against impacts, weather, and heat. Heights include 30, 45, 70, and 90 centimeters. Some PVC cones have weighted bases for stability. This durability comes at a higher price than other types. Traffic Cones Made from PE Plastic These cones have a base for stability, are tough, resistant to water, moisture, acids, and alkalis, lightweight, highly flexible, and electrically insulating. They are not suitable for very high temperatures but withstand cold temperatures well. Ideal for windy areas or high-speed traffic. Heights are 50, 75, and 100 centimeters; the 100cm height offers greater visibility, enhanced by reflective stripes. Collapsible Traffic Cones Portable and space-saving, these cones often have magnetic bases for attaching to car roofs or hoods. Reflective stripes and optional flashing lights enhance visibility. Ideal for drivers, especially in emergencies such as breakdowns. Heights are 30, 50, and 70 centimeters. Traffic cones serve a common purpose, but selection depends on the environment and use. Internationally, colors beyond orange are used with different meanings: Red: In Thailand, orange signifies danger or emergencies, indicating a stop or prohibition. Yellow: Warns of potential danger, though red or orange is more common. Blue: Internationally, signifies mandatory compliance. Green: Internationally, indicates safety or emergency exits. Benefits of Traffic Cones in Accident Prevention Defines boundaries and restricts access to areas like construction sites. Warns of hazards such as accidents, road obstructions, or repairs. Divides or merges traffic lanes for road safety and defines parking areas. Used in official duties, such as police checkpoints. Safe and Proper Use of Traffic Cones Traffic cones are crucial safety devices. Improper placement, such as obstructing traffic while parking incorrectly, is illegal. Examples of correct usage include: In case of a vehicle breakdown, park as far to the side as possible, activate hazard lights, and place cones at least 50 meters behind the vehicle for visibility and to allow others to slow down or avoid. In emergencies requiring roadside work, park close to the shoulder and place cones: one between the vehicle's center and 5-10 meters in front and behind (10-15 cones total). Lane closures, common near malls or schools, require straight lines of cones, spaced every 30 meters; increase spacing to 5-10 meters in high-traffic areas. At night, place cones 150 meters or more in advance, using collapsible cones with LEDs or other reflective cones for better visibility. Traffic cones are essential safety devices, improving visibility of hazards and enhancing traffic flow. They are used to manage traffic congestion or create convenient spaces, for example, lane division during traffic jams or creating parking spaces in buildings or malls. Jenstore by Jenbunjerd supplies traffic safety equipment, including traffic cones, reflective cones, and weighted-base cones, made from high-quality, durable materials, in vibrant colors, and at affordable prices. Our expert team provides advice and after-sales service. Contact Us Website : https://www.jenstore.com (Live Chat) Sales : 02-096-9999 (200 lines) Email : [email protected] Service : 02-096-9898 ext 3102-3103 Email : [email protected] LINE Official Account: @jenstore Facebook : JenStore by Jenbunjerd

Essential Home Tools and Maintenance Tools for Efficient Home Repairs Home repairs are a common problem for many homeowners. Many households therefore keep essential tools to simplify repairs. Tools are designed to solve specific problems, reduce workload, and offer convenient, quick solutions for basic repairs, restoring functionality to equipment. Most tools are for measuring, cutting, hammering, and screwing, leading to a wide variety of tools to cover various needs. Essential Tools for Every Home Hammer A tool for hammering or hitting, consisting of two parts: a handle and a head. Handles are made of wood, metal, fiberglass, and TPR, while heads are made of metal, typically steel. The flat face is for driving nails, while the claw is for removing them. Hammers vary in type and use. Types of Hammers and Their Uses 1.1 Ball-peen hammer: Used in metalwork and for riveting. 1.2 Electrical hammer/wiring hammer: Small, suitable for electrical work, such as driving nails for wiring. 1.3 Wooden or plastic hammer: For light hammering of materials like zinc and aluminum to avoid dents and scratches. 1.4 Claw hammer: Used for hammering and nail extraction in woodworking. 1.5 Rubber mallet: The rubber head is flexible and soft, preventing damage to materials. Used for shaping soft materials or thin sheet metal where precision is needed, like tiling. Care and Maintenance After use, store in a tool cabinet or parts bin to prevent accidents. Ensure the handle and head are securely fitted and check before each use. Avoid oiling the handle as this can make it slippery. Clean after each use for longer life. Screwdriver A tool for tightening and loosening screws and bolts. Handles are made of plastic, wood, or metal. The metal shaft transmits torque, with tips varying in shape (e.g., flathead, Phillips) and size, fitting into screw slots to loosen and tighten. Types of Screwdrivers and Their Uses 2.1 Flathead screwdriver: For screws with a straight slot. 2.2 Phillips head screwdriver: For cross-shaped screw heads; commonly used in furniture and electrical appliances. 2.3 Offset screwdriver: The shaft is bent, allowing access to tight spaces. 2.4 Hex screwdriver: For hex-shaped screws. 2.5 Torx screwdriver (six-pointed star): Commonly used in automotive work, phone repair, and home appliances. Care and Maintenance Use the appropriate screwdriver for the screw type. Clean and store in a tool box for longer life. Wrench A tool for fastening, tightening, or loosening nuts, bolts, and screws, similar to a screwdriver but with a different shape. The long handle provides leverage; the head is shaped to fit the fastener. Made from high-strength steel, they come in various shapes and sizes. Types of Wrenches and Their Uses 3.1 Open-end wrench: Two U-shaped jaws of different sizes; use carefully to avoid damage. 3.2 Ring wrench: Both ends are ring-shaped, with twelve notches; better for tight spaces. 3.3 Socket wrench: Similar to a ring wrench but with interchangeable heads; heads can be bent up to 90 degrees, commonly used in engine repair. 3.4 Adjustable wrench (crescent wrench): Jaw width is adjustable; one jaw is fixed, the other adjustable. A versatile tool for plumbing or faucet work. Care and Maintenance Use the correctly sized wrench and avoid oversized ones to prevent damage and injury. Clean and store in a toolbox after use. Tape Measure A tool for measuring materials or objects (width, length, thickness). Portable, with a retractable tape stored inside a compact case. The hook at the end secures to the material being measured. Measurements are in inches and centimeters. Metal tape measures use internal springs for easy retraction. Lengths start from 100 centimeters. Care and Maintenance Avoid forcefully retracting the tape to prevent damage to the hook and spring. Do not use it as a ruler. Clean after use and store in a tool cabinet to preserve its quality and ease of access. Saw Used to cut materials, such as wood or metal, into pieces. Two main types based on the material being cut. Types of Saws and Their Uses 5.1 Hacksaw: Similar to a coping saw but with a straight handle and a long, thin blade with widely spaced teeth. It’s standard length is 12 inches and the blade is replaceable. It can cut metal and PVC pipes. 5.2 Wood saw: Higher tooth frequency than hacksaws (8-12 teeth per inch). Used for cutting wood along or across the grain. Four main types:5.1.1 Hand saw: Two types: rip saw (6 teeth per inch, cuts along the grain) and crosscut saw (8-12 teeth per inch, cuts across the grain). Both aim for smooth cuts. 5.1.2 Coping saw: Steel frame, for cutting curves in wood. 5.1.3 Bow saw: Resembles a bow; for cutting branches (live or dead) or logs for construction; available in various sizes (12, 21, 24, and 30 inches). 5.1.4 Pruning saw: Curved blade and teeth for efficient branch trimming. Care and Maintenance Avoid moisture to prevent rust. Store in a tool box or tool cabinet. After use, separate the blade from the handle, clean, oil, and sharpen. Repair any damage immediately. Tools should be made of quality, standardized materials for efficient and safe use. Jenstore by Jenbunjerd is a leading distributor of tools from top brands, offering durability and global standards. We guarantee 100% authentic tools and offer over 1,000 items. Enjoy easy selection and comprehensive after-sales service. 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200-liter Oil Drum Hand Truck Popularly Used in Warehouses and Industrial Plants Oil Drum Hand Truck Cleanliness and Safety in Use 200-liter Oil Drum Hand Truck is used for lifting, moving, and transferring oil from drums. It is convenient and fast because it has wheels for easy movement. It has equipment for gripping oil drums, making transfer easy and safe with locking mechanisms. It has versatile applications, capable of lifting oil drums to heights, such as onto trucks or moving drums on pallets. It can be used in confined spaces where tilting drums for oil transfer is impossible. The 200-liter oil drum hand truck can be used with steel, plastic, stainless steel, and fiberglass drums. Considerations When Choosing a 200-liter Oil Drum Hand Truck Type and size of oil drum is crucial when using an oil drum hand truck, as drums are made from various materials including plastic, steel, stainless steel, and fiberglass. Some materials come in various sizes and shapes; correct selection is essential. For example, steel drums typically have a 200-liter capacity, a standard diameter of 584 mm, and a height of 876 mm, but plastic drums may have varying dimensions despite the same capacity. Gripping type Oil drum hand trucks have two main gripping methods. Clamp-around type: The gripping mechanism clamps around the middle of the drum, using the drum's embossed rings to prevent slippage. Drums for this type must have embossed rings and a diameter close to the standard. Steel or stainless steel drums are typically used with this type of hand truck. Lip-gripping type: These use clamps to grip the drum's lip, with supports at the center and base. They come in manual and automatic (for tilting) versions. Drum weight: Use a hand truck rated for the drum's weight for safe operation. Lifting height: Oil drum hand trucks can lift drums to a height, but this is limited. Review the hand truck's specifications before use. How to Use a 200-liter Oil Drum Hand Truck 200-liter oil drum hand trucks vary, but operation principles are similar, differing in additional functions. Generally, position the hand truck behind the drum, engage the wheel brakes, clamp and lock the drum, and operate the hydraulic pump (lever or pedal) to lift. Once at the desired height, move or tilt the drum (manual or geared). Lower the drum by reversing the pump and unlock the clamp for storage. Types of 200-liter Oil Drum Hand Trucks Center-gripping type: Lifts and moves drums by clamping the center. A large clamp secures the drum, preventing slippage. For tilting, some models use a manual push, others a geared mechanism with a locking pin. Lip-gripping type: Lifts and moves drums using a lip clamp and a curved steel support under the drum. For tilting, a geared mechanism with a locking pin is used. Extendable-leg type: Used for drums on pallets. Legs extend to straddle the pallet; locking mechanisms adjust leg width. Corner-pallet type: Features triangular legs designed for easy corner access to pallets. Under-pallet type: Compact and strong, designed to slide under pallets for moving. 200-liter Oil Drum Hand Trucks - Labor-Saving Lifting and Moving Equipment Warehouses and industrial plants handling large quantities of oil need appropriate equipment to prevent accidents and damage during handling. 200-liter oil drum hand trucks are essential for both. In warehouses, they are used for organizing and storing drums; their lifting capability allows for stacking. They also transport drums to vehicles. Under-pallet types facilitate efficient handling. In industrial plants, they are used for moving and transferring oil, improving speed and safety. Some models offer 360-degree rotation, allowing for complete emptying.Jenstore by Jenbunjerd manufactures and distributes JUMBO brand oil drum hand trucks for 200-liter steel drums. These feature hydraulic lever or pedal operation and a geared tilting mechanism (300 or 360 degrees) for complete emptying. We also offer drum carts and dollies. All products are manufactured to high quality standards. We provide expert advice on products, ordering, shipping, and after-sales service. Contact Us Website : https://www.jenstore.com (Live Chat) Sales : 02-096-9999 (200 lines) Email : [email protected] Service : 02-096-9898 ext 3102-3103 Email : [email protected] LINE Official Account: @jenstore Facebook : JenStore - JenStore by Jenbunjerd

Industrial Innovation for Combating Global Warming Innovations such as electric forklifts, plastic crates, and waste bins enhance efficiency and reduce pollution. The global warming crisis is causing severe climate change, impacting both life and the economy. The industrial sector recognizes this problem, seeking solutions to mitigate its severity. Greenhouse gases, primarily from fuel combustion in human activities including industrial processes, are the main culprits. Many industries are adopting equipment and tools to reduce global warming while maintaining efficient operations. For example, using plastic pallets instead of wooden ones reduces deforestation, and plastic pallets are reusable and recyclable. Choosing tools that minimize combustion through increased use of electric or manual systems, such as electric forklifts, pallet trucks, and electric tuggers, reduces fuel combustion and thus carbon dioxide emissions. Proper waste disposal in designated waste bins ensures correct waste management and prevents environmental pollution. Beyond environmentally friendly equipment, these tools incorporate technology for increased efficiency and reduced pollution, helping restore global balance. 3 Industrial Innovations: Helping Us, Helping the Planet Clean Energy Innovation: Clean energy minimizes pollution at all stages, especially carbon dioxide emissions, a major cause of global warming. Beyond combustion-based machinery, lifting and moving equipment can also contribute to fuel combustion. Technology has led to the discovery of alternative energy sources, like battery-powered electric energy. Electric energy is a clean alternative to fossil fuels, exemplified by electric forklifts and electric tuggers which reduce pollution and improve worker health by eliminating exhaust fumes. While both electric forklifts and electric tuggers lift and move goods, their applications differ. Electric forklifts lift and stack goods at heights (e.g., on shelving), while electric tuggers move large, palletized loads efficiently and safely. Innovation in Electric Forklifts and Tuggers: Increased efficiency, zero emissions. Battery-powered electric forklifts and electric tuggers are continuously improved for efficiency and environmental friendliness, particularly in battery technology. Modern electric forklifts and electric tuggers offer higher lifting capacity, maneuverability, and speed, especially in tight spaces, due to smaller battery sizes and resulting smaller vehicle dimensions. Increased operational cycles boost business value, all while being environmentally friendly. Plastic Innovation: Significantly reduces atmospheric greenhouse gases, particularly in storage equipment made from plastic, such as plastic boxes, crates, and plastic pallets. These are essential for businesses. Plastic boxes and crates protect goods, facilitating easy access. Plastic pallets support and transport large quantities of heavy goods without damage. Plastic boxes, crates, and pallets are strong, durable, chemical-resistant, waterproof, and pest-resistant. However, their slow decomposition leads to significant plastic waste if not properly managed. High-Quality Plastic Pellet Innovation: Reduces global waste. High-quality plastic pellets are strong, tough, and resistant to compression and impact. Their superior properties reduce the amount needed per product, resulting in higher quality and less energy consumption (lower carbon dioxide emissions). Plastic boxes, crates, and plastic pallets made from high-quality pellets are lightweight, reducing fuel consumption in transport and lowering business costs. They are odorless, healthy, and environmentally friendly due to recyclability without loss of properties, thus reducing plastic waste significantly. Smart Waste Bin Innovation: Waste bins are crucial for waste sorting and proper disposal to reduce waste volume. The world faces a waste crisis, demanding efficient and low-pollution solutions. Four main waste bin types exist: green (organic), yellow (recyclable), red (hazardous), and blue (general waste). Some locations may have more specific categories (e.g., plastic, paper, batteries). Despite campaigns, inadequate sorting leads to improper disposal, accumulation, and pollution. Improved bin designs simplify waste disposal. Smart Waste Bin Innovation in Thailand: Sensor-based automatic lid opening and closing encourages disposal, particularly among those concerned about hygiene. Other smart bins in testing have similar sensors but also indicate fullness (red flashing light for full, red and blue flashing for not full), reducing accumulation and greenhouse gas emissions. Smart Waste Bin Innovation Abroad: Australian prototypes use weight sensors and AI to automatically sort waste, even differentiating plastic types. Internet of Things (IoT) technology sends data to the cloud, allowing monitoring of waste disposal patterns. This data benefits businesses and industries for improved waste management. Industrial innovations such as electric forklifts, electric tuggers, plastic boxes, plastic crates, plastic pallets, and waste bins reduce industrial pollution, particularly carbon dioxide emissions, contributing to environmental protection and enhanced operational efficiency. Jenstore by Jenbunjerd, a manufacturer and supplier of industrial equipment, offers electric forklifts, pallet trucks, electric tuggers, hand trucks, adjustable lift tables, plastic boxes, plastic crates, plastic bins, plastic pallets, waste bins, etc., using high-quality materials from leading brands for enhanced performance. We provide expert advice and after-sales service, ensuring customer satisfaction. Contact Us Website : https://www.jenstore.com (Live Chat) Sales : 02-096-9999 (200 lines) Email : [email protected] Service : 02-096-9898 ext 3102-3103 Email : [email protected] LINE Official Account: @jenstore Facebook : JenStore - JenStore by Jenbunjerd

Plastic Pallets A Hit Equipment in the Logistics Business Plastic Pallets A Key Mechanism for Success in the Logistics Business Plastic pallets play a significant role in the logistics business. They enhance the convenience and speed of goods movement and transportation. They also help organize goods systematically, enabling the simultaneous transport of large quantities, saving time in handling, and improving safety during movement and transportation. This results in faster goods turnover, enhances competitiveness, and significantly reduces business costs. Plastic pallets are rectangular platforms used for placing goods for storage, handling, or transportation. They have a top and bottom surface; the top is for placing goods and can be smooth or have a grid pattern. The bottom has openings for forklift tines or pallet jacks to lift and move the goods. Some plastic pallets have usable surfaces on both top and bottom, with the legs positioned centrally, resembling a sandwich. Plastic pallets are commonly used in export industries such as logistics centers, warehouses, and general factories. Types of plastic pallets include: Classification by type of plastic pellets used in manufacturing plastic pallets, divided into two main types: 1.1 Polypropylene (PP) pellets are a very lightweight thermoplastic type, tough, resistant to tensile and impact forces, but not cold-resistant. Falling from great heights can cause breakage. Plastic pallets made from PP pellets are typically single-use (Single Used) due to their light weight and low cost, saving costs in the logistics business. 1.2 High-Density Polyethylene (HDPE) pellets are a thermoplastic type with high flexibility, strength, and durability, but are heavier than PP plastic pallets. They have good cold resistance, suitable for use in cold storage environments with sub-zero temperatures. Plastic pallets made from HDPE pellets are often recycled (Multiple Used) due to their high strength and durability. Classification by physical characteristics of plastic pallets 2.1 Single Face Pallet: A single-sided plastic pallet; one side is the goods-bearing surface, and the other has an E-shaped leg structure with gaps for tines. This type is compatible with hand pallet trucks, high-lift trucks, and forklifts. 2.2 Double Face Pallet: A double-sided plastic pallet; both top and bottom surfaces bear goods, with central legs and gaps for tines, like a sandwich. This type is stronger than the first but only compatible with forklifts. 2.3 Window-Cross Pallet: Similar to the double-face pallet, but the central legs have a crisscross structure with four window-like openings. It offers high load-bearing capacity and is compatible with both forklifts and hand pallet trucks. Classification by application 3.1 Plastic pallets for export: These are stackable to save space, lightweight, and can support 1,000-2,000 kg. PP plastic pallets are preferred due to their light weight, strength, and low cost. 3.2 Plastic pallets for general industry and export: Used in both general industry and export. These have a smooth surface and are injection-molded from a single piece of plastic for increased strength, with a thickness of approximately 50 mm and a load capacity of 3,000-4,500 kg. 3.3 Plastic pallets for industrial plants: Typically, all three types (Single-Face Pallet, Double-Face Pallet, and Window-Cross Pallet) are usable, depending on the lifting equipment or industrial application. Load capacity ranges from 3,000 to 6,000 kg. 3.4 Plastic pallets for heavy goods: Used for industries such as flour, rice, sugar, cement, and chemicals. These are thicker than standard pallets, both in the legs and load-bearing surfaces, with a load capacity of 6,000-8,000 kg. HDPE plastic pallets are preferred for strength and durability. Standard Sizes of Plastic Pallets Plastic pallet size is crucial, especially for export goods, as some countries specify pallet dimensions for legal or regulatory compliance. Standard ISO sizes commonly used include: 80 x 120 cm: Common in European countries 110 x 110 cm: Used in Japan, a Japanese standard size. 100 x 120 cm: The most common standard size in Thailand and globally. How to Choose Plastic Pallets Choosing plastic pallets appropriate for goods type, weight, handling equipment, and application ensures better protection and safety. For example, plastic pallets are suitable for sea freight and internal organizational use due to their strength, durability, non-slip surface, light weight, moisture resistance, and rust prevention. Factors Affecting the Selection of Plastic Pallets Weight/Size/Storage Method: Selecting pallets compatible with these three factors increases efficiency, extends lifespan, and enhances safety. Do not use plastic pallets beyond their weight capacity, which can cause cracking or breakage and damage goods. Pallet size should be appropriate to prevent goods from falling. For shelving or cold storage, use HDPE plastic pallets for their strength, durability, and resistance to compressive forces and sub-zero temperatures. Lifting Equipment: Before choosing pallets, plan usage and survey the lifting equipment. Different pallet types have different equipment compatibility. For example, Single Face Pallets work with high-lift trucks, hand pallet trucks, and forklifts, while Double Face Pallets only work with forklifts. Frequency of Movement: Goods with infrequent versus frequent movement require different pallet choices. For infrequently moved goods facing compression, use strong, durable, and flexible pallets, possibly heavy-duty or HDPE pallets. For frequently moved goods, lightweight yet strong pallets designed for general industry and export or industrial plants are suitable. Export Destination Country: Many countries specify import pallet sizes, affecting choices. For example, European countries specify 80 x 120 cm, while Japan uses 110 x 110 cm. Non-compliant pallets may be returned, directly impacting businesses. A key principle of logistics management is the speed and safety of goods delivery while reducing business costs for profitability. Plastic pallets are a key mechanism for rapid and efficient operations, enabling businesses to adapt to competition, gain a competitive edge, and meet customer speed requirements. Jenstore by Jenbunjerd sells single-face plastic pallets, strong, durable, and easy to use, made with high-quality materials suitable for all industries. We provide expert advice and after-sales service. 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Standards and Usage of Different Types of Plastic Pallets Choosing the Right Plastic Pallet: Standards for Enhanced Efficiency Plastic pallets support goods for easy movement, storage, and transport. Plastic pallets must be strong and durable to withstand heavy loads, and possess additional properties suitable for various industries, such as non-contamination and good low-temperature resistance. These properties make them ideal for the food industry. Furthermore, goods shipped internationally must meet the standards of each importing country. Therefore, plastic pallets must meet quality and safety standards, ensuring proper usage. Since plastic pallets come in various types with differing usage and compatible handling equipment, correct selection and adherence to standards improve efficiency and effectiveness, boosting competitiveness. Examples of Essential Plastic Pallet Standards! GMP Standards: Plastic pallets used in the food industry should meet GMP standards, fundamental to food safety. GMP outlines good manufacturing practices from building construction to delivery, minimizing contamination risks and preventing product toxicity. Equipment in the food industry, including pallets, must meet GMP standards due to proximity to food packaging during movement, storage, or transport. GMP-compliant equipment should be non-contaminating, rust-free, strong, durable, clean, and hygienic to minimize physical, microbiological, and chemical contamination risks, ensuring food safety. HACCP Standards: A higher quality assurance system than GMP, HACCP is a safety management system that comprehensively prevents hazards from three sources: biological hazards (disease-causing microorganisms or toxins), chemical hazards (growth promoters, preservatives), and physical hazards (plastic, glass, wood fragments). Plastic pallet production for the food industry must undergo HACCP standard checks because the manufacturing process involves plastic pellets and chemicals, and potential contamination. Safety controls for materials and processes prevent toxins in the pallets from contaminating food packaging. HACCP standards ensure strength and durability, preventing breakage. The process involves analyzing hazard points in each stage of pallet production to identify critical control points. Critical points are managed to stay within defined parameters, with testing plans, monitoring, record-keeping, and documentation by HACCP experts. ISO 9001:2015 Standards: This internationally recognized quality management system helps manufacturers produce high-quality plastic pallets. ISO 9001-2015 creates clear workflows with continuous monitoring and improvement, impacting pallet quality. The resulting pallets meet standards for strength and durability against high and low temperatures, chemicals, acids, alkalis, and UV radiation, ensuring safe use. JIS Standards: Japanese Industrial Standards control quality and production standards domestically, encompassing components, raw materials, properties, and processes. JIS has codes categorized by industry. Plastic pallets meeting JIS undergo quality checks and testing for safe use. Key JIS tests include: Computerized bending & compression test: This tests bending and cracking under specified weight. For example, a Single Face Pallet can support 2,000 kg. The test assesses weight capacity at rest (Static Load), during movement (Dynamic Load), and on shelving (Racking Load). The pallet is placed on a press (Pressing Dynamic), and the pressure applied simulates real-world conditions. Bending must not exceed 10 mm. Sidewall fork tip impact test: This tests the toughness of the four sidewalls using steel impact. The pallet on a trolley impacts a steel bar; cracking indicates failure. The test simulates real-world conditions. Drop Test: This tests impact resistance from a height of 1 meter, dropping the pallet corner-first onto the floor. Cracking indicates failure. The test simulates real-world conditions. JIS quality testing for plastic pallets extends beyond these three key tests, which are essential to verify quality and suitability. Using Plastic Pallets Three physical types of plastic pallets use different handling equipment. Single Face Pallet: Supports goods on one side, with legs and fork entry points. Compatible with hand pallet trucks, high-lift trucks, and forklifts. Double Face Pallet: Supports goods on both sides, with central legs and fork entry points. Compatible with forklifts only. Window-Cross Pallet: Similar to a double-face pallet, but with a cross-shaped central leg structure and four fork entry points. Compatible with forklifts and hand pallet trucks. Precautions When Using Plastic Pallets These precautions extend the life of plastic pallets and reduce business costs: Do not overload pallets to prevent breakage and ensure safety. Avoid unevenly distributing loads to prevent deformation. Choose suitable pallets. For example, pallets for oil or chemicals should be resistant to those substances. Cold storage pallets must withstand sub-zero temperatures. Avoid using damaged plastic pallets to prevent accidents. Store away from flammable materials, direct sunlight, or outdoors to prevent melting, deformation, or degradation. Do not modify pallets (drilling, cutting) as this reduces physical properties. Jenstore by Jenbunjerd supplies high-quality, durable, and easy-to-use single-face storage plastic pallets. We also supply handling equipment, including electric forklifts, pallet trucks, and electric tow tractors, compatible with our plastic pallets. We offer expert advice and professional after-sales service. 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Recycled Plastic Pallets One Component Towards Green Logistics Recycled Plastic Pallets Circular Use Reducing Pollution Pallets are equipment used in logistics to support goods, facilitating movement, transfer, and transportation. They enable the simultaneous movement of large quantities of goods, saving labor, time, and business costs. Many types of pallets are used in logistics, but the most popular are wooden pallets and plastic pallets. Wooden pallets, made from natural wood, are strong and inexpensive, and repairable. However, plastic pallets, made from manufactured plastic pellets, allow for customized properties. Plastic pallets are strong, temperature-resistant (especially sub-zero temperatures), chemical-resistant, moisture-resistant, lightweight, insect-proof, and fungus-resistant.Damaged plastic pallets can be recycled and reused. These properties make plastic pallets more expensive than wooden ones. Logistics uses large quantities of both types, impacting the environment through deforestation and pollution. Global warming, caused by human activity, including logistics, necessitates innovation to minimize the environmental impact of pallet use and achieve true green logistics. Synthetic, hard-to-degrade plastic pallets can persist for hundreds of years, causing pollution if improperly disposed of, generating greenhouse gasses contributing to global warming and adding to the global waste crisis. Recycled Plastic Pallets – Environmentally Friendly Innovation Most plastic pallets in Thailand are made from PP and HDPE plastic pellets. Currently, recycled pellets from used or cracked pallets are increasingly used to produce new plastic pallets. Additives are used to maintain the original performance characteristics. This reduces the large amount of waste from damaged or unusable plastic pallets, minimizing environmental damage. Plastic pellet production relies on oil, a finite resource and a significant contributor to greenhouse gases and global warming.Beyond recycled plastic pallets, technological advancements produce more efficient and environmentally friendly pallets. These technologies create pellets resulting in pallets with increased compressive strength, shape retention, impact resistance, and low-temperature resistance. They are stronger, more durable, lighter, easier to mold, set faster, and require less material than standard pellets. This reduces the number of substandard pallets and saves energy during production. Importantly, recycled pallets retain their strength and have a longer lifespan. The pellet production process itself is environmentally friendly, utilizing a 3R waste management system to reduce greenhouse gas emissions and prevent wastewater discharge into nearby water sources.Internationally, there's growing awareness of environmental issues. Indonesian logistics companies, previously relying heavily on wooden pallets, faced challenges like poor temperature and humidity resistance, easy deterioration, and insect attraction. They've switched to plastic pallets, aligning with their environmental policies. They use technology to produce plastic pallets from recycled plastic in Indonesian distribution centers, known as “net-zero carbon pallets.” 12 tons of waste plastic from vacuum packaging production were used to create 400 pallets, durable and long-lasting. This technology reduces carbon emissions by 67.3 kg per pallet. Production costs are similar to standard plastic pallets. Indonesia plans to use high-quality waste plastic to produce these pallets for global distribution centers.Many countries' logistics sectors are embracing green logistics to restore environmental balance. Recycled plastic pallet innovation is one mechanism to align business operations with environmental sustainability while improving efficiency and profitability. Technology and innovation enhance the value of plastic pallets while minimizing environmental impact, ensuring sustainable business growth.Jenstore by Jenbunjerd supplies single-sided storage plastic pallets, strong, durable, and easy-to-use, suitable for industrial applications. We also offer storage equipment such as plastic crates, plastic bins, and plastic tanks made from high-quality, odorless plastic. Expert after-sales support ensures efficient use. Contact Us for Inquiries Website : https://www.jenstore.com (Live Chat) Sales : 02-096-9999 (200 lines) Email : [email protected] Service : 02-096-9898 ext 3102-3103 Email : [email protected] LINE Official Account: @jenstore Facebook : JenStore - JenStore by Jenbunjerd

Thermometers Types and Applications Thermometers Essential Equipment for All Industries The numbers on a thermometer indicate the temperature of the object being measured, whether it is hot, cold, or humid, to determine if the temperature is appropriate, normal, or abnormal. Thermometers can measure the temperature of food, liquids, gases, metals, or even humans. A thermometer has two main components: a sensor to detect changes in the object's temperature and a device to display the temperature information. However, thermometer technology has advanced to become more user-friendly, such as automatic shutoff when not in use, recording the last measured temperature, and faster and more accurate processing. Three internationally used temperature units are degrees Celsius, Fahrenheit, and Kelvin. Currently available thermometers come in various types, but can be broadly classified into two main categories based on their usage, which significantly affects the accuracy of temperature measurement. Types of Thermometers Medical Thermometers are used to measure fever, a preliminary check for abnormalities in the body, enabling timely and accurate treatment. These are among the most accurate thermometers. There are three types of medical thermometers. Infrared thermometers are among the most accurate, with an accuracy of ±0.3 degrees Celsius. They measure temperature without touching the body, using the thermal radiation emitted by the body. Infrared thermometers use a laser to pinpoint the measurement area and can measure temperature remotely, providing medical personnel with protection from infection. Temperature strips are commonly used in hospitals for quick temperature checks. These thermometers have liquid crystal strips on a special absorbent paper that react to heat by changing color; each color corresponds to a specific body temperature. They are applied to the forehead for at least 15 seconds, or until the color stops changing. After use, they can be wiped or washed with soap and water, but should not be submerged. Temperature strips can also measure motors or machinery in industrial applications. Mercury thermometers, available in glass and digital versions, are less common now. Digital versions are preferred due to increased safety compared to glass versions, which contain mercury. If broken, the mercury can be hazardous to humans and the environment. Digital mercury thermometers use sensors to detect temperature, with an accuracy of 1-2 degrees Celsius. They can be used orally or under the arm but should be kept away from water, liquids, and high falls to avoid sensor inaccuracy. Industrial Thermometers Food thermometers are used to check food temperature in the food industry to ensure safe temperatures. They measure internal and external food temperatures, suitable for food items, liquids, or cooking temperatures. There are four types of food thermometers:1.1 Infrared thermometers measure surface temperature and can be used during cooking (e.g., water temperature) or on cooked food to check for safe eating temperatures. 1.2 Needle thermometers are stainless steel probes with a digital display, used to measure the temperature of meat and water, from cooking to achieving the desired temperature and texture. Eating raw meat, especially pork and poultry, can be dangerous due to bacteria. 1.3 Bimetallic thermometers are similar to needle thermometers but use two different metal rods sensitive to temperature changes. The different expansions of the metals cause bending, with a clock-hand display. They are commonly used to measure liquid temperatures, such as oil, for cooking and are suitable for high temperatures (approximately 60 degrees Celsius and above) but less accurate at lower temperatures. 1.4 Oven thermometers, with clock-hand dials, are available with stands or hooks for oven placement. They are used to monitor heat distribution and oven temperature for optimal food quality. Food thermometers should meet GMP and HACCP standards for accuracy and safety. Thermal imagers, also called thermal cameras or infrared cameras, display thermal energy as visible light for temperature analysis. They are highly accurate, sensitive to wavelengths from 1,000 to 14,000 nanometers, requiring minimal heat to operate. Suitable for industrial applications, electrical maintenance, machinery, and detecting unseen water leaks in walls. There are two types: 2.2.1 Cooled thermal imagers require cooling to prevent heat buildup causing “blindness” or sensor overload, requiring extended cooling time before restarting. 2.2.2 Uncooled thermal imagers are now preferred, using sensors that change resistance, voltage, or current when receiving infrared radiation. These changes are measured, compared to the sensor's temperature, and displayed as an image. Uncooled infrared sensors can maintain stable operating temperatures, reducing image noise. They are also smaller and more affordable. Manometers measure pressure changes in gases and liquids. Suitable for measuring temperatures in gases like alcohol, chloromethane, or various liquids. Digital thermometers use electronic sensors with a digital display. They have thermistors that provide accurate and rapid readings, commonly used for room or refrigerator temperature measurement. Infrared thermometers function similarly to medical infrared thermometers, measuring remotely and being portable, but less accurate than medical-grade thermometers due to a wider measurement range suitable for high-temperature industrial applications. Thermometers are crucial for detecting abnormalities in medical and industrial settings, preventing hazards and reducing risks to life and property. Choosing a high-quality, standardized thermometer is essential for accurate measurements, ideally with TIS or ISO certifications for quality and safety. Jenstore by Jenbunjerd sells and manufactures thermometers, thermohygrometers, thermal cameras, infrared thermometers, and food thermometers. Our products are made from high-quality materials, are durable, easy to use, and accurate. We offer excellent after-sales service to enhance your experience. 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(Not-So) Secret Tips for Using and Maintaining Hand Tools for Long-Lasting Use Extending the Life of Your Hand Tools Requires Proper Selection and Maintenance Hand tools are essential items that help repair and maintain various tools and equipment for increased efficiency. Hand tools are often household necessities, and even industrial plants rely on them for repairing and maintaining machinery for continuous operation. Hand tools bear the brunt of the work and must always be ready. Therefore, maintaining hand tools is crucial for maintenance technicians or homeowners. Well-maintained tools enable prompt repairs and extend their lifespan. Improper or incorrect use can damage tools and lead to unforeseen dangers. Before using hand tools, familiarize yourself with their types for proper use and maintenance. Types of Hand Tools, Usage, and Maintenance Hand tools for Drilling create holes in materials like wood, concrete, plastic, or metal for inserting nuts, screws, or dowels. Drilling involves various techniques such as impact drilling and hole drilling. Examples of hand tools for drilling include drills. Drills resemble guns, with a protruding metal bit called a "drill bit" for piercing the material. Some drills allow for interchangeable bits of various sizes for versatile use. Drills and drill bits come in various types depending on their applications. Types of Drills 1. Hand drills or gear drills are used for drilling small holes. 2. Electric drills are used for drilling various materials such as concrete, cement, metal, wood, and plastic. They offer faster drilling speeds and convenience, powered by electricity. 3. Paddle drills are U-shaped with a rotating handle. They are commonly used with drill bits ranging from ¼ to 1 inch, often for woodworking. Types of Drill Bits 1. Wood drill bits have a fishtail-shaped tip to reduce wobbling. Commonly used sizes are 5, 6, or 8 millimeters. Used for drilling relatively small wood pieces. Note that wood drill bits, being made of low carbon steel, cannot withstand high heat. 2. Metal drill bits can drill various materials such as steel, aluminum, softwood, and plastic. Thus, there are various types of metal drill bits: black-coated drill bits, high-speed steel drill bits, titanium-coated high-speed steel drill bits, stainless steel drill bits, pagoda drill bits, and HSS hole saw drill bits. 3.Concrete or masonry drill bits have a twisted shank and a specially hardened steel tip to withstand impact. Used for drilling concrete, cement, blocks, or bricks. Types include round shank concrete drill bits, rotary hammer drill bits, and concrete hole saw drill bits. Usage • Inspect the drill before each use. • Choose the appropriate drill and drill bit for the material and application. • Before drilling, mark the center point and secure the workpiece firmly. • Apply appropriate pressure relative to the rotation speed for safety. • Use a material backing when drilling through a workpiece. • Do not use hands to remove debris while drilling. • If the drill bit jams, turn off the power immediately. Maintenance • Sharpen drill bits regularly using a grinding wheel. • After each use, remove the drill bit and tighten the chuck. • Lubricate the gears and chuck monthly with grease to prevent rust. • Clean the drill after each use to prevent debris from getting into the motor. • Store the drill and drill bits in a hand tool cabinet for convenience and safety. Hand tools for Tightening and Loosening are basic tools for tightening and loosening nuts or screws, commonly kept at home for versatile use. There are several types such as wrenches and screwdrivers. Wrenches and screwdrivers are further categorized based on their applications. 2.1 Wrenches are hand tools with various types, each with different characteristics for diverse applications. Types of wrenches include:       2.1.1 Box-end wrenches do not require much force for tightening or loosening due to their two-sided force distribution; the ends resemble hooks. Box-end wrenches are suitable for confined spaces because they perfectly grip the nut's flats.       2.1.2 Ring wrenches have circular ends and exert higher pressure, making them suitable for nuts or screws requiring strong tightening. They provide complete grip on bolts and nuts, but must be positioned correctly for a secure hold. Ideal for repairing cars, motorcycles, bicycles, and machinery.        2.1.3 Socket wrenches are essential hand tools for automotive mechanics used for gripping, holding, tightening, or loosening screws, nuts, and bolts. Socket wrenches resemble tubes of varying sizes and lengths, with inner grooves for a tight grip on nuts or screws. Extensions are often used to improve grip and leverage. Socket wrenches are effective for controlled torque and pressure.       2.1.4 Adjustable wrenches have one end shaped like a fish mouth, allowing adjustment of the jaw width. They are used for tightening, loosening, or fastening various items. Suitable for disassembling and reassembling engine and machine parts. Usage • Use wrenches with appropriately sized jaws and handle lengths. Do not use excessively long extensions. • Inspect wrench jaws before use for damage such as wear, spreading, or cracks. • The jaws of all wrench types must securely and fully cover the nut or screw head. • Right-handed users should hold the wrench with their right hand and use their left hand for stability. • When tightening or loosening, always pull towards yourself and anticipate the possibility of the wrench slipping. • Use non-adjustable wrenches (e.g., ring wrenches) first. If these fail, use adjustable wrenches (e.g., adjustable wrenches). With adjustable wrenches, the adjustable jaw should always face the user. • Wrench jaws and handles must be dry and free of oil or grease during use. • For tight or deep spaces, use socket wrenches as their jaws can fit into confined areas. Maintenance • Do not misuse wrenches, such as using them as hammers. • Clean after use and apply machine oil to prevent rust for extended lifespan. • Avoid using oversized wrenches to prevent slippage and injury. • Regularly inspect wrenches for optimal working condition. 2.2 Screwdrivers differ from wrenches but serve a similar purpose. Screwdrivers are designed for tightening or loosening screws. One end is a metal shaft with a tip shaped to fit various screw heads, and the other end is a cylindrical handle for manual turning. Some screwdrivers use motors or torque transmission to the tip. Examples include:        2.2.1 Phillips screwdrivers have a cross-shaped tip, suitable for high torque and deep-seated screws, used in everything from furniture to electrical appliances.        2.2.2 Flat-head screwdrivers have a chisel-like tip and are used with slotted screws. Use a correctly sized screwdriver; oversized screwdrivers may slip, and undersized ones can damage the screw or screwdriver.        2.2.3 Hex screwdrivers are commonly used in automotive work; their six-grooved tip provides increased surface area for better leverage. They can also be used with drills.        2.2.4 Robertson screwdrivers provide high torque and good screw locking, commonly used when screws are recessed. Robertson screwdrivers are color-coded for size. 2.2.5 Hex-head screwdrivers have a hexagonal bit for hex-recessed screws, preventing slippage. Usage • Do not use the screwdriver handle as a hammer. • Do not use screwdrivers for prying, as this can damage them. • Insulated or rubber-coated screwdrivers can be used with electricity. • Choose the appropriate type and size of screwdriver for the job and screw size. • Do not use damaged screwdrivers. • To tighten, press firmly and turn clockwise until the screw is tight. • To loosen, press firmly and turn counterclockwise. Maintenance • Before use, ensure the screwdriver tip matches the screw head type and size. After use, clean, apply anti-rust oil, and store in a tool box for convenience and safety. Jenstore by Jenbunjerd, a leading supplier of industrial hand tools such as electric drills, electric impact wrenches, welding machines, cutting machines, sockets, wrenches, screwdrivers, insulated screwdrivers, pliers, drill bits, glue guns, cutting stands, and grinding stands. We offer consultation on tool selection, sourcing to meet your needs, and after-sales service with product warranties. Contact Us for Inquiries Website : https://www.jenstore.com (Live Chat) Sales : 02-096-9999 (200 lines) Email : [email protected] Service : 02-096-9898 ext 3102-3103 Email : [email protected] LINE Official Account: @jenstore Facebook : JenStore - JenStore by Jenbunjerd

Castor Wheels Suitable for Industrial Applications Castor wheels - Powerful, compact load-bearing equipment for industrial applications In industrial factories, speed is crucial to the workflow. The faster the workflow, the more competitive the business becomes. Industrial castor wheels play a significant role in increasing business speed. Industrial castor wheels are popular hardware components installed on the base of large objects or attached to vehicles used for moving materials, such as various types of carts. Industrial castor wheels come in spherical and cylindrical shapes that roll smoothly on the floor. They can be manufactured from various materials such as plastic, nylon, polyurethane, natural rubber, cast iron, stainless steel, etc. Each material has different properties, leading to diverse applications. Furthermore, industrial castor wheels require load capacity calculations, as they come in various sizes and types, including fixed and swivel wheels. All mounting accessories are factors to consider when selecting industrial castor wheels, as they impact the efficiency and safety of material handling. Factors to Consider When Choosing Castor Wheels for Industrial Applications Types of Castor Wheels 1.1 Fixed Castor Wheels: These wheels can only move forward or backward, not 360 degrees. They have a rigid structure, are stronger than other types, and can handle heavy loads. They are suitable for rough terrain and outdoor use. They are often used in conjunction with swivel casters for more precise directional control. 1.2 Swivel Castor Wheels: These are designed for 360-degree rotation, providing free, convenient, and agile movement. They are commonly found on shopping carts, warehouse carts, and hospital gurneys. 1.3 Brake Castor Wheels: These include brakes to stop the wheel's movement immediately as needed. They are especially useful when moving large, heavy items that are difficult to control. Brake casters enhance control and improve safety. Various brake types are available, such as side brakes, top brakes, or dual-action locks. Mounting Styles for Castor Wheels 2.1 Plate Castor Wheels: These have a square or rectangular plate with holes on all four sides for screw mounting to a vehicle's base. Plate casters are available in both swivel and fixed types. Plate mounting offers strength, stability, and good load support. They are suitable for large material handling equipment, heavy furniture, or general industrial carts. 2.2 Threaded Stem/Bolt-on Castor Wheels: There are two main types: screw-in and through-hole. Both use threaded connections. Screw-in casters have a threaded stem extending from the base, which attaches to a machine with a bottom threaded hole. Through-hole casters have a large plate with a single hole for bolting from the bottom. Washers and nuts secure the wheel to the vehicle or item. Threaded stem casters are often used with angle iron for added strength and durability, suitable for light to medium-duty furniture or industrial carts. For heavier loads, choose longer threaded stems. 2.3 Plug-in Castor Wheels: These are push-in or snap-in style. They resemble threaded stem casters, but use a pin or ring lock for attachment. They are quickly installed using a press-fit method. This is more convenient than plate or threaded stem styles. Suitable for light-duty applications such as chairs, shelves, or carts. Larger wheels and longer stems increase load capacity. Wheel Material Types 3.1 Natural Rubber Castor Wheels: Highly flexible, quiet, and leave no marks. Ideal for wood, tile, ceramic, marble, and concrete floors. Available in black and gray; black for general use, gray for clean environments like hotels, hospitals, and cafeterias. 3.2 Synthetic Rubber Castor Wheels: Durable, low-noise, leave no marks on the floor, and are resistant to chemicals, water, and oil. Work well on carpeted floors. Suitable for furniture and office carts. 3.3 Nylon Castor Wheels: Strong, shatter-resistant, and do not deform. White nylon wheels leave no marks. They are resistant to heat, cold, chemicals, and corrosion. Suitable for wet or damp areas. Nylon can be mixed with borosilicate glass for high-temperature resistance. Ideal for heavy static loads, outdoor use, and rough surfaces like concrete and hard tile. Common in cold storage, hospitals, cafeterias, industrial carts, and shelving. 3.4 Polyurethane Castor Wheels: Excellent tear resistance and high load capacity. They do not scratch floors, are highly flexible, absorb shocks well, are lightweight, and have a long lifespan compared to other rubber wheels in similar conditions. Suitable for indoor and outdoor use and rough surfaces with sharp debris. 3.5 PP (Polypropylene) Castor Wheels: Strong, lightweight, tough, impact-resistant, heat-resistant, autoclavable, resistant to grease and oil, leave no marks, and do not deform easily. Suitable for hotels, hospitals, and clean environments. 3.6 Steel Castor Wheels: Very strong and durable, impact-resistant, and suitable for heavy-duty applications on smooth, rough, and uneven surfaces. Suitable for outdoor, heavy industrial use, but not for wood, tile, or marble floors as they will cause damage. Types include cast iron, pressed steel, and grooved steel wheels. 3.7 Stainless Steel Castor Wheels: Smooth, shiny, strong, durable, high load capacity, corrosion and chemical resistant, clean, and hygienic. Ideal for food, pharmaceutical, and medical industries. Load Capacity Calculation for Castor Wheels Castor wheels are mounted at various points on a vehicle, such as the four corners or center. Different types and sizes have varying load capacities. Load distribution is often uneven, with some wheels bearing more weight than others. Load capacity calculations help determine appropriate loads for each wheel size. A safe working load is 75% of the maximum load capacity. Calculation Formula Safe Working Load = Load Capacity per Wheel x Number of Wheels x 0.75 Example Calculation A four-wheeled cart with each wheel having a 125 kg load capacity. Safe Working Load = 125 x 4 x 0.75 Safe Working Load = 375 kg Selecting industrial castor wheels involves several factors impacting strength, speed, safety, and efficiency. Choosing the right wheel depends on the application. The most important factor is material selection, considering industry type, load, and environment. Materials have different properties: for clean environments, choose rubber, polyurethane, or stainless steel; for heavy loads, select steel or nylon; for wet, damp, or chemical environments, choose nylon or synthetic rubber. Jenstore by Jenbunjerd supplies industrial equipment including industrial castor wheels such as rubber, polyurethane, nylon, etc. High-quality materials, careful production, strong and durable, no tire bursts, standardized, and cost-effective. Expert advice and product warranties ensure quality service and products. Contact Us Website : https://www.jenstore.com (Live Chat) Sales : 02-096-9999 (200 lines) Email : [email protected] Service : 02-096-9898 ext 3102-3103 Email : [email protected] LINE Official Account: @jenstore Facebook : JenStore - JenStore by Jenbunjerd

Arrange Your Work Desk According to Feng Shui for All-Year Success Arranging Your Work Desk Properly with Feng Shui Boosts Positive Energy for Both Career and Finances Feng Shui is a Chinese belief concerning balance, focusing on the arrangement of living spaces and environments in relation to surrounding energies. It's a widely accepted belief, so those who follow Feng Shui principles at home or work arrange their surroundings accordingly. This is especially important in the workspace, which is where work and money are generated. Arranging your work desk, a key source of physical and mental energy, is crucial. A well-organized work desk according to Feng Shui principles promotes efficient workflow, easy access to items, and positive energy for career success and prosperity throughout the year. Here are the key principles: Techniques for Arranging Your Work Desk with Feng Shui for Career and Financial Success Size of Your Work Desk The size of your work desk should match your height and body size for comfortable and efficient work, especially during long hours. This aligns with Feng Shui principles, which prioritize not only aesthetics and auspiciousness but also comfort and functionality to enhance productivity. In Feng Shui, an uncomfortable desk means feeling oppressed by work and authority. Desk size also symbolizes position and workload; higher positions usually have larger desks. Shape of Your Work Desk In Feng Shui, different work desk shapes offer varying energy. Three popular shapes are: 2.1 Rectangular: This shape promotes order, systematic work, and focus. It also offers ample space for supplies compared to other desk shapes. 2.2 Round: Ideal for creative work and fostering good relationships, as it encourages face-to-face interaction. 2.3 Curved: Helps balance productivity and build camaraderie with colleagues. Material of Your Work Desk The material of your work desk influences energy. Different materials offer different energetic benefits: 3.1 Wood: Supports work efforts. 3.2 Glass: Facilitates energy flow, but this can be excessive. Balance it with plants on your work desk. 3.3 Laminate: A popular, durable, and aesthetically pleasing material that promotes balanced energy for work. 3.4 Metal: Strong and supportive, enhancing mental focus. Direction and Placement of Your Work Desk This is a crucial Feng Shui principle, especially for executives. Consider the environment, including wind and water directions, in relation to the desk, door, and entryway. For executives, the ideal location is northeast – a direction associated with advancement, wealth, and prosperity. The desk should be positioned for a clear view of the room, enhancing authority and stability. Avoid placing it directly opposite a door, which can cause problems and financial loss. The area behind the desk should be a solid wall, symbolizing support and authority. If not possible, a large cabinet or plant can be substituted. Never leave the back of your desk open, and avoid placing it in a corner, as this can create feelings of confinement and frustration. Arrangement of Items on Your Work Desk This enhances prestige and promotes smooth workflow. On the left, place items related to knowledge and authority, such as a computer and shelves. On the right, place items associated with collaboration, creativity, and relationships, such as family photos, small plants, and pens. Auspicious Items on Your Work Desk These enhance prosperity and positive energy. Options include: 6.1 A glass of water or lucky stones: Attract wealth and positive energy. Keep them clean. 6.2 Crystal turtle: Absorbs positive energy, supporting career, finances, and stability. 6.3 Small plants: Increase oxygen and purify the air. Different plants offer various benefits: Hoya heart boosts potential and power; Money plant absorbs toxins and improves luck; Money tree promotes savings and financial control; Dwarf poinsettia brings good fortune (especially with eight or more blooms); Lucky bamboo is considered sacred, bringing wealth and prosperity; Staghorn fern enhances status and prestige. Beyond these six points, keeping your work desk organized is essential. A cluttered desk hinders productivity. Feng Shui principles not only provide psychological reassurance but also enhance work efficiency. Jenstore by Jenbunjerd manufactures and sells work desks, office desks, steel work desks, wooden work desks, multi-purpose desks, and computer desks. We also offer strong, durable office chairs in various styles. All products are made from high-quality materials, backed by a 100% quality guarantee and excellent pre- and post-sales service to ensure a smooth and satisfactory purchase experience. Contact Us for Inquiries Website : https://www.jenstore.com (Live Chat) Sales : 02-096-9999 (200 lines) Email : [email protected] Service : 02-096-9898 ext 3102-3103 Email : [email protected] LINE Official Account: @jenstore Facebook : JenStore - JenStore by Jenbunjerd