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Sweat traps against skin
The longer you wear them, the more permeable your skin becomes.
Moisture builds within minutes in sealed equipment.
It stays. Skin breaks down.
"I can't get my gloves on"
"my hands literally drip sweat"
"I can't finish my shift"
"my skin cracks and bleeds"
Hand hygiene matters. But repeated occlusion, washing, and trapped moisture create a cycle many healthcare workers can't fully avoid.
Gloves on. Skin already recovering from yesterday.
Moisture trapped against skin. Standard liners saturate.
Shift ends. Skin softened. Barrier weakened.
Moisture routes outward continuously instead of pooling against skin.
Thicker gloves protect from the outside. Inside, heat and sweat stay trapped against the skin for hours.
Knuckles crack by Friday. Creams at night. Back in gloves Monday.
Sweat builds up. Standard liners stay wet.
Shift ends. Skin softened from trapped moisture.
Moisture routes outward instead of pooling inside the glove.
Cleaning work means chemicals, water, and sealed gloves for hours at a time. The skin rarely gets a chance to recover.
Hands raw by Tuesday. Creams before bed. Back in gloves next shift.
Moisture trapped inside the glove. Liner already wet.
Shift ends. Skin softened from wet glove wear.
Moisture routes outward instead of staying trapped against skin.
Sanitation work creates one of the most sealed glove environments of any profession.
Hands softened within hours. Raw skin by end of shift.
Moisture trapped inside the glove. Liner already saturated.
Shift ends. Skin overhydrated from sealed-glove wear.
Moisture routes outward instead of pooling inside the glove.
Every fibre that's ever been inside your glove fills up with sweat. Then it stops moving. The rest of the shift, it sits against your hand.
Soaks like a sponge. Stays heavy.
Soft-sell marketing. Wetter than cotton.
Soaks slow. Dries slower.
Wet in under an hour.
Wets fast. Dries slow.
Can't fill. Stays dry — full shift.
Moisture regain references: Kadolph 2014 · ASTM D2654 · CN GB national standard. Transport mechanism independently verified at the Swedish School of Textiles, 2025.
Cotton, silk, merino, polyester wicking. All fill with moisture until saturated - then hold it against your skin for the rest of the shift.
Two fibers, one fabric. The skin side is hydrophobic - water cannot bond to it. The outer side pulls moisture toward it. The skin side repels. The outer side pulls. Sweat exits — it doesn't pool..
The longer you wear them, the more permeable your skin becomes.
Moisture moves out continuously. Skin side stays dry.
Three independent field studies. Different environments, different populations, same pattern.
Automotive mechanics reported reduced sweat retention after 8 weeks of continuous use under EV insulation gloves.
Participants with a confirmed dermatological diagnosis reported fewer flare-ups over the 8-week study period.
Ukrainian infantry soldiers reported reduced skin damage during field conditions. All 10 said they would use DRYE in active combat.
increase in S. aureus density after 4 hours in occlusive gloves.
One tries to absorb moisture. One moves it. Under compression inside a sealed glove, only one of those approaches still works.
Seven years of R&D across three independent research institutions.
Bacteria increase on eczema skin after 4h occlusive glove use
Humidity inside sealed gloves exceeds 90%
Outer skin barrier swelling after prolonged occlusion
Dexterity compromise. 0.4mm.
Wrist crease to tip of middle finger
Around the hand, just below the knuckles
| Size | Length | Circumference |
|---|
Between sizes? The liner is thin and stretchable. Hand circumference is typically the best guide for a comfortable fit — size up if unsure.