Buy three pairs and get free shipping
Buy three pairs and get free shipping
Protective gear blocks hazards — but not the skin stresses inside it. Moisture, heat, friction and pressure accumulate under gloves, weakening the outer layers of the skin.
Most gloves hold heat and moisture against the skin. Over long shifts, the outer layer softens, friction rises, and irritation becomes common — even when equipment is used correctly. No liner solved this predictable pattern, so we built a textile that could.
Across industries we saw the same process: Moisture softens the skin. Heat accelerates it. Friction and pressure amplify the stress. And time allows the breakdown to spread. Nothing interrupted this cycle — until we separated the layers.
A dual-layer structure moves moisture away from the skin. The inner layer stays drier by guiding sweat outward. The outer layer spreads it so it can evaporate. No coatings. No chemicals. Just physics.
Tested where moisture is constant: nitrile and latex shifts, automotive and mechanical work, cold-weather sports, household cleaning and grip-intensive tasks. Across settings we see the same outcome: drier hands, fewer flare-ups, more consistent endurance.
Developed with Uppsala University, RISE, the Swedish School of Textiles and clinical dermatology teams. Our shared focus: understanding how moisture, pressure and friction degrade the skin — and how a textile could reduce that load in any glove.
