Home / News / Industry News / HPPE anti-cutting gloves' high temperature resistance and flame retardant protection

HPPE anti-cutting gloves' high temperature resistance and flame retardant protection

It is well known that HPPE anti-cutting gloves have strong anti-cutting performance and wear resistance. In addition to these well-known advantages, HPPE anti-cutting gloves' performance in high temperature resistance and flame retardancy is also worth in-depth discussion.
Stability of high temperature resistance
HPPE fiber itself does not have the traditional high temperature resistance characteristics, and its melting point is relatively low, so it may deform or degrade in extremely high temperature environments. But this does not mean that HPPE anti-cutting gloves are useless in high temperature environments. In fact, through specific processing and the application of composite materials, HPPE anti-cutting gloves can improve their high temperature resistance to a certain extent.
For example, some HPPE anti-cutting gloves adopt a multi-layer composite structure, in which high temperature resistant fibers or coating materials are added. These materials can remain stable in high temperature environments and effectively isolate heat transfer, thereby protecting the wearer's hands from high temperature burns. And by optimizing the weaving method and density of the fiber, the high temperature resistance of the gloves can be further improved, so that it can adapt to more severe working environments.
Professional guarantee of flame retardant performance
Flame retardancy refers to the ability of a material to slow down or prevent the spread of fire when it comes into contact with a fire source. For HPPE anti cutting gloves, although the base material itself does not have significant flame retardancy, its flame retardancy can be improved by adding flame retardants or using flame retardant composite materials.
In the market, some professional HPPE anti-cutting gloves have passed strict flame retardancy tests, such as UL94 grade tests. These gloves can quickly form a carbonized layer when exposed to a fire source, isolating air and heat, thereby effectively preventing the spread of fire. This flame retardant property not only protects the wearer's hands from direct damage from the flame, but also reduces the risk of secondary injuries in fire accidents.