Safety shoes are not necessarily bulky. Wind, as the name implies, is light meaning. Traditional safety shoes about 1200g per pair of shoes, the use of super lightweight plastic steel head, its impact resistance, compression flat standard and common steel head. All pass the national AN1 level standard, make each pair of shoes weight ≤950g.
The user does not have too much burden while protecting the foot. Antistatic and electrical insulation function. Widened steel head, antistatic standard 0.1mω~1.0mω, the standard of resistance to electric shock up to 15000V, completely beyond the national standards. Japan quality Inspection equipment, 100% finished goods before the factory inspection.
In order to get rid of the traditional rubber safety shoes cumbersome and oil-resistant, and at the same time to make up for the lack of PU, safety shoes, can withstand high temperature 300 ℃. and general PU bottom safety shoes can only reach the high temperature level of 130 ℃. High-temperature soles are made of PU and rubber parts. This combination has its advantages: rubber is cumbersome, PU midsole rubber outsole general safety shoes only PU a material composition, high-temperature resistance can only reach 130 ℃, and with two materials perfect combination of high-temperature resistance can reach 300 ℃. And this kind of craft degree is other brand completely cannot achieve.
A variety of different performance of the protective shoes, to achieve their respective protective performance of the technical indicators, such as toe is not hurt, the soles of the foot is not stabbed, insulation and conduction requirements. But safety shoes are not everything. The use of protective shoes must be carefully inspected or tested, in electrical and acid-base operations, broken and cracked protective shoes are dangerous.
Sole action is wear-resisting, chemical corrosion, heat insulation and oil, but because of the different characteristics of various materials, so the function of the play also varies. The soles of the sole of the protective shoes are fitted with steel plates, which prevent the soles from being pierced by nails or hard objects. In addition, some materials made of the soles can reduce electrostatic production or ease the speed of electrostatic release. This can control the possibility of explosion or fire caused by electrostatic discharge.