DuPont™ Tyvek® 800 J. Hooded coverall. Stitched and over-taped seams. Thumb loops. Elastication at wrists, ankles and face. Elasticated waist (glued-in). Tyvek® zipper. Self-adhesive zipper and chin flap. White.

Certified according to Regulation (EU) 2016/425
Chemical protective clothing, Category III, Type 3-B, 4-B, 5-B and 6-B
EN 14126 (barrier to infective agents)
EN 1073-2 (protection against radioactive contamination)
Antistatic treatment (EN 1149-5) - on inside
Stitched and over-taped seams for protection and strength
Tyvek® zipper and zipper flap for enhanced protection
Additional taping of cuffs, ankles, hood and zipper flap are required to achieve a type 3 liquid tightness
Face, wrist and ankle elastication for good fit

Asatex Polypropylene protective coverall PP-1

elasticated at face for optimum hood fit
breathable
elasticated cuffs and ankles
elasticated waist
zip cover

PPE stands for "personal protective equipment." PPE Category 3 refers to equipment that is complex and provide the highest level of protection such as powered respirators, SCBA, and full body suits. In Europe, PPE Category 3 must meet certain safety standards set by the European Union, which means that it must be designed and manufactured to protect the user without causing harm. Companies that make or sell PPE must prove that it meets these standards. They also must have a quality management system in place, have to be audited regularly by a notified body and have to have a technical documentation.

EN ISO 6530:2005 is a standard that sets guidelines for testing the resistance of plastic materials to low-temperature impact. It defines low-temperature impact as the amount of force a plastic can withstand before breaking or showing damage at low temperature. It also sets performance requirements for how much impact a plastic should be able to withstand before showing signs of damage at low temperature.
The test results will include the level of low-temperature impact on the plastic and whether it meets the performance requirements set by the standard.

EN 1149-5:2008 is a European standard that specifies the requirements for electrostatic dissipative (ESD) gloves. The standard defines performance requirements for material, design, and testing of ESD gloves. The gloves must be able to effectively discharge static electricity and protect the wearer from ESD. Testing includes measuring the surface resistance of the glove material. Pass/fail results are based on the gloves meeting or not meeting the specified requirements.

EN 1149-5:2018 is a European standard that specifies the requirements for electrostatic dissipative (ESD) gloves. This standard defines performance requirements for material, design, and testing of ESD gloves. The gloves must be able to effectively discharge static electricity and protect the wearer from ESD. Testing includes measuring the surface resistance of the glove material and electrical resistance of the glove. Pass/fail results are based on the gloves meeting or not meeting the specified requirements.

EN 1149-1:2006 is a European standard that specifies the requirements for electrostatic discharge (ESD) protective clothing. The standard defines the performance requirements for material, design, and testing of ESD clothing. The clothing must be able to effectively discharge static electricity and protect the wearer from ESD. Testing includes measuring the surface resistance and charge decay of the clothing material. Pass/fail results are based on the clothing meeting or not meeting the specified requirements.

EN 1149-1:1995 is a European standard that defines the performance requirements for protective clothing with electrostatic properties. The standard specifies that the clothing must have a surface resistance of at least 1x10^5 ohms and a charge decay rate of less than 2 seconds. Test results can include the measurement of surface resistance and charge decay rate.

EN 1073-2:2002 is a European standard that defines the requirements for measuring and evaluating the resistance of textiles to penetration of airborne radioactive particles. The standard includes procedures for measuring the ability of textile materials to prevent the penetration of radioactive particles through the fabric. The performance requirements specify the conditions for testing, as well as the evaluation criteria for determining resistance. Possible test results include a rating on a scale of 1-5, with 5 indicating the highest level of resistance to particle penetration.

EN 20811:1992 is a European standard that specifies the performance requirements and test methods for electric motors and generators used in household and similar applications. The standard covers efficiency, power factor, no-load current, temperature rise, and other characteristics of the motors. The test results should show that the motor meets the specified requirements for energy efficiency and safe operation. The standard also includes guidelines for labeling and documentation.

EN 530:1994 is a European standard that sets out the safety requirements and test methods for electrical equipment used in hazardous areas. The standard defines specific requirements for equipment such as flameproof enclosures and increased safety. Test results include measurements of flame propagation and temperature. The standard is intended to ensure that equipment used in hazardous areas is safe and will not cause fires or explosions.

EN 530:2010 is a European standard that sets out the safety requirements and test methods for electrical equipment used in hazardous areas. It defines the requirements for the design and construction of equipment intended for use in potentially explosive atmospheres. The standard specifies the requirements for the protection concepts, protection methods, and the evaluation of the equipment's suitability for use in hazardous areas. The test results include measurements of flame propagation, temperature and explosion-proofness of the equipment. The standard is intended to ensure that equipment used in hazardous areas is safe and will not cause fires or explosions.

EN 863:1995 is a European standard that sets out the requirements for stationary fire extinguishers. These are devices that can put out fires by extinguishing the flames, and are typically installed in a fixed location like a building or vehicle. The standard covers the performance requirements for fire fighting capability, mechanical strength, durability, safety and environmental factors of stationary fire extinguishers. To meet this standard, a stationary fire extinguisher must be able to effectively put out a fire, be able to withstand certain mechanical stress, be resistant to wear and tear, have safety features such as pressure relief devices and warning devices, be able to function in different environmental conditions, and have clear markings and instructions for use. Possible test results include measurements of the extinguisher's fire fighting capability, its mechanical strength, durability, safety features, environmental factors and user instructions.

EN ISO 13934-1:1999 is a standard for testing the strength of textile fabrics. It sets guidelines for measuring how much force a fabric can withstand before breaking. The fabric needs to meet certain requirements such as minimal elongation and minimal breaking strength. The test results will give a value in newtons or similar unit of force. It's used to evaluate the quality and durability of fabrics.

EN ISO 13934-1:2013 is a standard for testing the strength of textile fabrics. It sets guidelines for measuring how much force a fabric can withstand before breaking. The fabric needs to meet certain requirements such as minimal elongation and minimal breaking strength. The test results will give a value in newtons or similar unit of force. It's used to evaluate the quality and durability of fabrics. It's a newer version than EN ISO 13934-1:1999 and will have more up-to-date requirements and methods for testing fabrics.

EN ISO 13935-2:2014 is a standard that defines the methods for testing the tear propagation resistance of textile fabrics. It includes requirements for testing equipment, sample preparation and test procedures. Test results should include the tear propagation resistance, measured in newton. The standard applies to all types of fabrics, and it is used to measure how well a fabric resists tearing or spreading of a tear once it has started. The test results are used to compare the tear resistance of different fabrics and to determine the suitability of a fabric for a particular end use.

EN ISO 13935-2:1999 is a standard that defines the methods for testing the tear propagation resistance of textile fabrics. It includes requirements for testing equipment, sample preparation and test procedures. Test results should include the tear propagation resistance, measured in newton. The standard applies to all types of fabrics, and it is used to measure how well a fabric resists tearing or spreading of a tear once it has started.

EN ISO 13982-2:2004 is a standard that specifies the performance requirements for testing protective clothing materials. It covers the procedures for determining the resistance of materials to penetration by solid particles. Test results should include the resistance of the material to penetration by solid particles, measured in accordance with the standard. This standard is used to measure the protective performance of clothing materials used in situations where there is a risk of exposure to solid particles such as dust, grit and other small particles. It gives information on the level of protection provided by the clothing material and its suitability for certain applications such as construction, mining and manufacturing.

EN ISO 17491-3:2008 is a standard that defines the requirements and test methods for protective clothing worn to protect against heat and fire. It specifies the performance requirements for protection against heat and flame, and molten metal. The requirements include resistance to heat and flame, and molten metal. The test results include the level of protection against heat and fire, and the results of visual inspection. It also includes test procedure for clothing and gives guidelines for the selection, care and use of clothing. It gives also the methods for evaluating the heat and fire protection properties of clothing and the performance levels that can be expected. The standard also includes the requirements for labeling and information to be provided by the manufacturers and suppliers of clothing for heat and fire protection.

EN ISO 17491-4:2008/A1:2016 is a standard that sets out the requirements and test methods for the performance of protective clothing against heat and flame. It covers materials, design, construction and performance testing for garments, gloves, foot and head protection. Possible test results include the measurement of heat transmission, flame spread, and burn injury.

EN ISO 17491-4:2008 is a standard that sets out the requirements for testing the performance of fire-resistant glazing for use in fire-resistant partitions and doors. The standard specifies the test methods, performance requirements and test results for fire-resistant glazing. This can include tests for fire resistance, integrity and insulation, and the ability to withstand impact and load. The possible test results of this standard would be a pass or fail based on the glazing's ability to meet the performance requirements outlined in the standard.

EN ISO 22612:2005 is a standard that sets the requirements for the performance and testing of gloves against chemicals. The standard defines the requirements for materials, design, and test methods for gloves worn to protect against chemicals, to ensure that the gloves provide adequate protection. Test results will include information on the materials' resistance to permeation, degradation, and penetration by chemicals. The standard is intended to ensure that gloves provide adequate protection against chemicals in the workplace.

EN ISO 7854:1997 is a standard for testing the flammability of automotive interior materials. It specifies the method for measuring the burning behavior of materials used in car interiors such as seats, dashboard, door panels, and headliners in a vertical position. The performance requirements include how quickly the material burns, how much it continues to burn after the flame is removed, and how much smoke is produced. Possible test results include a flame spread index, after flame index, smoke density, and toxic gas emissions. These test results are used to evaluate the flammability of the materials used in car interiors and to classify it according to the standard's criteria.

EN ISO 9073-4:2021 is a standard that sets rules for testing and measuring the performance of textile fabrics. It specifies the test methods and performance requirements for the resistance of textile fabrics to water penetration, which refers to how well the fabric repels water and prevents it from penetrating the fibers. The test results are measured in terms of the fabric's resistance to water penetration. The performance requirement is that the textile fabric must meet certain standards for resistance to water penetration, meaning it should repel water well and prevent it from penetrating the fibers.

EN ISO 9073-4:1997 is a standard that sets rules for testing and measuring the performance of textile fabrics. It specifies the test methods and performance requirements for the resistance of textile fabrics to water penetration, which refers to how well the fabric repels water and prevents it from penetrating the fibers. The test results are measured in terms of the fabric's resistance to water penetration. The performance requirement is that the textile fabric must meet certain standards for resistance to water penetration, meaning it should repel water well and prevent it from penetrating the fibers.

The ASATEX® success story began in 1982 with a range of hand protection products. The founder of the GmbH, businessman Carsten Blöcker, demonstrated the right instinct for the market and customers right from the start. The family business quickly developed into a specializing in all matters relating to protective workwear - with a constantly growing product range. Today, ASATEX® is a leading manufacturer of protective clothing and stands for a comprehensive, innovative, and responsible approach to the subject of safety and responsible approach to the subject of "protection at the workplace". Particular attention is paid to the industry's high demands for forward-planning development, timely production and reliable distribution to the specialized trade.

Gloves protect hands and are designed to ensure safety and hygiene in various environments. Commonly referred to as hand protection, these products are crucial for preventing injuries and contamination. Industries such as healthcare, manufacturing, and food service use gloves to maintain high standards of safety and cleanliness.

Packaging supplies include a range of products designed to facilitate the packaging and transportation of goods. The category includes packing materials or mailing supplies, these items are crucial for ensuring the safe and efficient delivery of products. Industries such as e-commerce, logistics, and manufacturing use shipping supplies to maintain operational effectiveness and customer satisfaction.

Safety equipment includes a range of products designed to protect workers from hazards in their environment. Also referred to as personal protective equipment, these products are essential for maintaining safety and compliance in the workplace. Industries such as construction, manufacturing, and healthcare use safety equipment to ensure worker protection and operational efficiency.

Workwear includes garments designed for various environments and purposes, often referred to as work clothes. These products are essential for ensuring comfort, protection, and professional appearance in different settings. Industries such as retail, hospitality, and healthcare use appropriate work clothing to meet their operational needs and maintain standards.

Food Service & Restaurant Supplies refer to all equipment, utensils, and other essential items utilized in the food and beverage industry to prepare, serve, and manage food-related operations. Also known as Hospitality or Catering supplies, these products are integral to a wide range of industries including restaurants, cafes, bars, catering companies, hotels, and institutions such as schools and hospitals. They enhance efficiency and functionality in food preparation, presentation, and customer service, ensuring a streamlined operation in these establishments.

Cleaning and hygiene supplies include products designed to maintain cleanliness and promote health in various environments. Often called janitorial supplies or sanitary products, these items are essential for preventing the spread of germs and ensuring a clean workspace. Industries such as healthcare, hospitality, and food service use these supplies to uphold hygiene standards and operational efficiency.

Tools, tapes, and bolts encompass a variety of items essential for construction, repair, and maintenance tasks. Often referred to as hardware or fastening supplies, these products are key to ensuring the stability and functionality of projects. Industries such as construction, manufacturing, and maintenance use quality tools, tapes, and bolts to perform tasks efficiently and safely.

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