Ice gloves for extreme cold work – specifically designed for cryogenic liquids like liquid nitrogen and dry ice handling. Temperatures at -196°C demand gloves engineered entirely differently from standard cold weather protection. The core decision here: are you working with vapour phase exposure (brief contact) or risk of liquid splash? Your answer shapes which glove type you need.
What Makes Cryogenic Gloves Different
Cryogenic gloves protect against three specific dangers: direct contact with extremely cold surfaces, cryogenic vapours, and brief liquid contact. Standard thermal insulation fails catastrophically below -100°C. These gloves use non-absorbent, specially formulated materials that won't become brittle, crack, or absorb liquid nitrogen – which would be catastrophic if moisture penetrated the fabric. That's the critical difference: a wet glove in cryogenic work isn't just uncomfortable, it's dangerous.
Key features across this range:
- Non-absorbent construction – essential to prevent liquid cryogen penetration
- BS EN 511:2006 rated for cold protection and vapour phase handling
- Flexible at extreme temperatures – doesn't stiffen or crack during use
- Extended cuff lengths to protect wrist and lower forearm from splashes
- Dexterity retained for precision tasks despite heavy insulation
Who Needs Cryogenic Safety Gloves
Research facilities, medical centres, food processing plants using liquid nitrogen freezing, and industrial gas suppliers all depend on these gloves. If you're handling liquid nitrogen, dry ice, or equipment recently in contact with cryogens, these aren't optional – they're the only appropriate choice. Compare with cold handling gloves for chilled goods work (around -20°C) or freezer gloves for cold storage environments. For general winter outdoor work, thermal insulated gloves offer different protection suited to that application.
What You Must Know Before Ordering
Cryogenic gloves are rated for vapour phase contact only – never immerse them directly in liquid cryogens. Wrist coverage matters: extended cuffs reduce splash exposure if your work involves any overhead or confined space handling. Always check exact BS EN 511:2006 ratings on each product page, as protection levels vary. Long sleeves (lab coat or specialised oversuit) should extend past the glove cuff during any cryogenic work.
