EN 1162:1997+A1:2015 is a professional technical standard that specifies requirements and test methods for protective clothing designed to provide protection against heat and flame. This standard defines the performance requirements and test methods for clothing, including coveralls, jackets, pants, and hoods, intended to protect workers from heat and flame hazards in various industries.
Performance requirements of EN 1162:1997+A1:2015
The performance requirements outlined by EN 1162:1997+A1:2015 ensure that protective clothing provides effective protection against heat and flames. These requirements include measuring the resistance to flame spread, thermal stability of materials, seams integrity, and energy transfer through the material. The standard also specifies the maximum allowed after-flame time and after-glow time to assess the potential risks and hazards to workers.
Test methods specified by EN 1162:1997+A1:2015
EN 1162:1997+A1:2015 provides detailed test methods to evaluate the performance of protective clothing. These tests include flame spread test, limited flame spread test, radiant heat test, molten aluminum splash test, and exposure to convective and radiant heat sources. By conducting these rigorous tests, manufacturers can ensure that their clothing meets the necessary safety standards and will provide sufficient protection to workers in high-heat environments.
Importance of complying with EN 1162:1997+A1:2015
Compliance with EN 1162:1997+A1:2015 is essential for companies and organizations to protect their workers from heat and flame hazards. By following this technical standard, employers can ensure that the protective clothing they provide meets the necessary safety requirements, minimizing the risk of injuries and accidents in the workplace. Additionally, compliance with this standard demonstrates a commitment to worker safety and can enhance the company's reputation in the industry.
Nina She