GORE-TEX® Gloves offer enduring weather protection and comfort with balanced heat transfer and optimum moisture management – even in harsh conditions. The result: your hands stay warmer when it's cold and drier when you perspire.
Construction
Outer Fabric
Insulation
GORE-TEX® Membrane
Inner Lining
Durably Waterproof
Truly Windproof
Highly Breathable
Optimum tactility. Sure Grip.
GORE-TEX® Gloves engineered with X-TRAFIT™ product technology feature an innovative layered construction that provides optimum tactility and high dexterity for a sure grip while remaining soft and flexible.
One Glove. Two Options.
GORE-TEX® Gloves engineered with Gore 2 in 1 technology feature an innovative construction with two different chambers, making it easy and convenient to change between direct grip and warmth.
Drier. Warmer. Longer.
GORE-TEX® Gloves engineered with XCR® product technology offer maximum comfort in a wider range of temperatures - even at high activity levels.
Grip
The close fit and high tactility provide an excellent grip and high dexterity.
Construction
Strategically placed grip tape prevents movement between layers under pressure.
Construction
Outer Fabric
Insulation
GORE-TEX® Membrane
Lining
Warm Chamber
The WARM chamber is ideal for cold weather, sensitive hands or low activity levels.
Grip Chamber
The GRIP chamber ensures optimum tactility and dexterity and increased breathability.
Optimized Breathability
The whole system of inner lining, membrane, and outer material is optimized for extreme breathability.
All GORE-TEX® glove styles are put through a variety of intense tests. If at any point they don't hold up to the high GORE-TEX® product standards, they are sent back to the drawing board.
This test pumps hot steam through the glove, which is weighed before and after the test. The breathability is measured by calculating how much vapour has escaped.
This test measures the water resistance of the outer material. The fewer water droplets that stick to the fabric the better, since poorly impregnated fabrics soak up water, become heavy, and cause heat loss.
This test ensures that the lining and finger inserts are securely affixed to the shell of the glove so they don't get pulled out when the glove is taken off. The minimum retention force is 5 lbs.
This non-destructive test employs pressurized air to test the waterproofness of the glove under a pressure of 2 psi over 5 seconds. Air bubbles in the water reliably indicate any leakage.
