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Protective Gown CE Certification Standards

 The EU market requires CE certification marks for personal protective gown, such as cold-proof gown, arc-proof gown, high-temperature gown, anti-freeze gown, chemical-resistant gown, anti-ionization gown, and full isolation gown. Therefore, it is necessary to understand the standards for protective gown certification.


Standards for protective clothing certification:

EN342: protective clothing-cold-proof overalls or outerwear

EN343: Protective clothing-rainproof

EN348: Protective clothing-Test method: Determine the impact behavior of a molten metal ball with a material melted

EN381: Protective clothing for people using hand-held chain saws

EN373: Protective clothing-resistance of materials to molten metal splashes

EN470-1: Protective clothing for electric welding-Part 1: General requirements

EN471: Test methods and requirements for highly visible security suits for professional use

EN510: protective clothing with danger of entanglement while moving

EN531: protective clothing for workers exposed to heat (except for protective clothing for firefighters and welding workers)

EN533: Protective clothing-protection from heat and flames-limited flame propagation materials and material combinations

EN943-1: Protective clothing, protection against liquid and gas chemicals including liquid smoke and solid particles, etc.

Part 1: Performance requirements of ventilated and non-ventilated airtight chemical protective clothing

EN943-2: Protective clothing, protection against liquid and gaseous chemical substances, including liquid smoke and solid particles, etc.-

Part 2: Performance requirements of impermeable chemical protective clothing for emergency teams

EN1073: Protective clothing against radiation pollution

EN1082: Protective clothing-gloves and arm protective clothing against manual knife cutting and puncture

EN1149: Anti-static clothing

EN1150: Protective clothing-non-professional visual clothing

EN1486: Firemen's protective clothing Test methods and requirements for reflective materials made by professional firefighters

EN1621: Protective clothing for locomotives against mechanical collisions

EN13034: Personal chemical liquid protective clothing

EN13158: Protective clothing-rider's protective jacket, body and shoulder protection

EN13546: Protective clothing-Sports field hockey management Human hand, arm, chest, abdomen, foot and genital protection and sports field athlete's tibia protection-Requirements and test methods

EN13567: Protective clothing-Protection of the fencer's hands, arms, chest, abdomen, legs, genitals and face-requirements and test methods

EN13595: Protective clothing jacket, pants and one or separate uniforms for professional motorcycle riders

EN13998: apron, pants and vests that are resistant to manual knife cutting

EN1 4058: Protective clothing-protective clothing for cold environments

EN14120: Protective clothing-Wrist, palm and elbow protection requirements and test methods for users of roller sports equipment

EN14126: Protective clothing-Performance requirements and test methods for protective clothing for infectious agents

EN50286: current insulating protective clothing for low voltage installation work

EN60895: Conductive clothing with normal working voltage on site up to 800 ± 600kV

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Effect of Electron Beam I Irradiation on Breaking Strength of Medical Disposable Protective Clothing Material

  Abstract: Disinfection or sterilization is an important part of the production process of medical disposable protective clothing (referred to as medical protective clothing). Compared with ethylene oxide sterilization method, irradiation is faster and more efficient. Since medical protective clothing has strict requirements in terms of protection performance,the radiation effect of its materials has important research significance. The electron beam accelerator was used to treat three kinds of medical  protective clothing  materials polypropylene (PP), polyester fiber (PET) and Tyvek with different absorbed doses. Then the samples were subjected to aging tests for different time. The main performance indicators related to radiation effect in GB 19082-2009 were tested. Test results show that the performances of the three kinds of medical  protective gown  such as resistance to water penetration, resistance to synthetic blood penetration, and filtration efficien...

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