Practitioners in High Temperature Environments | H008 Foot Defender Multi functional Protective Safety Shoes
2024-08-19 170

In busy high-temperature environments, such as coking, ironmaking, steel rolling and other workshops in the metallurgical industry; The workers in the casting, forging, heat treatment and other workshops of the mechanical manufacturing industry deal with uncertain factors in high-temperature environments every day. In such a work environment, safety is particularly important.

H008 multifunctional protective safety shoes are specially designed for special working environments in high-temperature industries to meet the needs of high-temperature workers in different working environments. ‌

In safety knowledge training, the necessity and safety of wearing safety shoes should also be repeatedly explained to avoid foot injuries.

H008 foot defender multifunctional protective safety shoes have won the favor of many high-temperature practitioners with their high quality and protective performance. This shoe is made of high-density materials and has functions such as impact resistance, puncture resistance, and slip resistance, which can provide safety protection for workers in critical moments.

Anti collision Baotou: H008 foot defender multifunctional protective safety shoes adopt AN1 level anti smashing Baotou, with a Baotou spacing of ≥ 14mm, ensuring that the shoes can protect the safety of the toes when subjected to heavy objects compression or impact.

Anti puncture design: The midsole of the shoe is made of anti puncture steel plate, which is resistant to twists and turns even when facing sharp objects, with a puncture resistance of ≥ 1100N, providing additional safety protection for the foot.

High temperature resistant outsole: With a high-temperature resistant 300 ℃ outsole, the internal design fully considers ergonomics, making it comfortable to wear. In high temperature environments, the outsole will not be damaged and can meet the long-term use needs of practitioners in high temperature environments.