Behind the Design: How Cryoskin Gloves Are Made for Extreme Cold
When handling cryogenic liquids like liquid nitrogen at −196°C, the margin for error is razor thin. A single splash or brief contact can cause instant frostbite, cold burns, or permanent tissue damage. Ordinary freezer or leather gloves absorb liquid, stiffen, and compromise safety.
Elliotts developed the Cryoskin® range of cryogenic gloves and aprons engineered specifically for cryogen challenges. With over five decades of glove design and manufacturing since 1966, Elliotts brings unmatched expertise to cryogenic protection.
Multi-Layer Insulation System
The foundation of Cryoskin’s protection is its multi-layer insulation technology. Unlike standard gloves that rely on single liners, Cryoskin gloves incorporate layers that work together to:
- Prevent extreme cold from penetrating the glove
- Provide enough thickness to insulate, while remaining lightweight
- Retain warmth during extended handling times
This system ensures the glove doesn’t just resist a splash -it keeps the wearer safe even during repeated exposure in high-use environments.
Water-Resistant Outer Shell
One of the most dangerous properties of cryogenic liquids is their ability to soak into absorbent materials. Once liquid nitrogen is absorbed, it can remain trapped against the skin, increasing injury risk.
Cryoskin gloves use a water-resistant outer shell - designed to repel liquid nitrogen and allow it to evaporate quickly, this vital feature prevents absorption and ensures the glove itself doesn’t become a hazard.
Comfort and Dexterity by Design
In many industries, from laboratories to food processing plants, workers need both protection and precision. Bulky gloves that reduce dexterity can create their own safety issues - making it difficult to hold fragile glassware, operate controls, or carry containers securely.
Cryoskin’s ergonomic design allows workers to maintain grip and control without sacrificing safety. By balancing insulation with flexibility, Cryoskin gloves give users confidence to work efficiently in demanding conditions.
Extended Range for Complete Coverage
Cryogenic risks don’t stop at the hands. Splashes during transfers or decanting can reach the arms or torso. To address this, Cryoskin is available in multiple glove lengths, from wrist to elbow coverage, as well as matching aprons for chest and torso protection.
This system approach means users can build the right level of protection for their specific task - whether in a controlled lab environment or an industrial gas plant.
Built for Both Science and Industry
Cryoskin gloves are available in two versions tailored to different workplaces, Scientific and Industrial:
- Cryoskin Scientific - Lightweight and dexterous for laboratory and medical applications.
- Cryoskin Industrial - More rugged, built for heavy-duty use in food processing, manufacturing, and gas production.
This ensures every user has PPE designed to suit their environment.
Tested and Certified
Every Cryoskin glove is tested and certified by independent third-party laboratories. They are certified to AS/NZS 2161.3 (Occupational protective gloves - Protection against mechanical risks) and tested to EN 511 (Protective gloves against cold).
Backed by Elliotts’ heritage of glove-making excellence since 1966, this certification proves Cryoskin delivers proven performance, durability, and protection in real-world cryogenic conditions.
Conclusion
Cryoskin isn’t just another glove with extra lining. It’s PPE engineered from the ground up for one purpose: to protect workers in the world’s coldest environments. From its multi-layer insulation and water-resistant shell to its ergonomic design and tailored versions, every detail is there for a reason.
With more than 55 years of innovation and glove-making expertise, Elliotts continues to set the standard for protection. Behind Cryoskin’s design is a legacy of safety, comfort, and performance; trusted wherever cryogens are at work.