What Are Cryogenic Gloves For?

Cryogenic gloves are specially designed safety gloves that protect the hands from extreme cold environments, such as handling liquid nitrogen. They are essential for anyone working with cryogenic materials to prevent cold burns, frostbite and permanent injury. Whether you’re handling liquid nitrogen in a laboratory or working in industrial settings involving cryogenic materials, these gloves are vital for ensuring worker safety and compliance with safety standards. In this guide, we will explore the purpose of cryogenic gloves, their features, and why they are indispensable in protecting hands from severe cold injuries.

What Are Cryogenic Gloves?

Cryogenic gloves shield hands from extremely low temperatures, particularly when handling cryogenic substances like liquid nitrogen. Their primary function is to prevent cold burns and frostbite by providing a barrier between the skin and the freezing materials.

These gloves are typically made from advanced materials with layered insulation and a waterproof exterior.

Common materials include:

• Thinsulate: Known for its excellent insulating properties while maintaining dexterity.
  Neoprene: Provides flexibility and waterproof protection.
  Nylon: Often used as an outer layer for its durability and resistance to abrasion.

Key design features of cryogenic gloves include:

• Flexibility and Dexterity: Despite their thick insulation, cryogenic gloves are designed to allow for sufficient hand movement.
  Extended Cuffs: Provide additional protection by covering the wrists and lower arms.
  Grip: Enhanced grip patterns to ensure secure handling of materials.