Definition and Purpose:
Gloves designed to protect against extreme heat and flames. The primary function is to protect hands from burns and high temperatures in environments with a high risk of heat. Tasks that involve direct contact with flames or hot surfaces are critical.
Industries and Applications:
Used in a variety of industries,
Firefighting: Protects firefighters from burns and heat stroke when rescuing people or extinguishing fires.
Welding: Protects hands from sparks, spatter and heat during welding operations.
Foundry Work: Handles molten metal and other hot materials in metalworking and casting environments.
Glassblowing: Protects against heat during glassmaking and artistic glassblowing.
Industrial Processes: Protects workers involved in high-heat industrial processes such as smelting or heat treatment.
2. Key Materials Used in Fire Resistant Gloves
Kevlar:
Kevlar is a high-strength synthetic fiber known for its heat resistance and durability. It is often used in the outer layer of fire resistant gloves, providing excellent protection against fire and heat. It has cut-resistant properties and provides additional safety when handling sharp objects.
Aluminized Fabric:
Aluminized fabric is a reflective material used in the outer layer of some fire resistant gloves. Reflects radiant heat away from the hand, providing superior high temperature protection. Ideal for applications such as foundry or metal casting where radiant heat is a concern.
Leather:
Treatment of leather used in many fire resistant gloves for its durability and heat resistance. Provides excellent thermal insulation against moderately high temperatures. Often used in welding and other industrial applications.
Carbon Fiber:
Carbon fiber is used in some premium fire resistant gloves for its high heat resistance and strength. These gloves are lightweight yet strong and provide protection against heat and fire in special applications.
