Buy three pairs and get free shipping
Buy three pairs and get free shipping
DRYE exists to give protective gear the skin-centric function it has always lacked — a mechanism that moves moisture away from the skin rather than trapping it against the surface.
Low temperatures slow skin recovery while moisture stays trapped.
During training and games, gear heats up quickly and traps sweat inside gloves, helmets and pads. The skin softens, friction increases, and small breakdown points appear across knuckles, wrists and fingers. Most equipment never fully dries between sessions, which means the skin remains in a prolonged state of moisture exposure.
Long sessions in tight-fitting gloves and boots create a warm, moist microclimate next to the skin. As hands and feet cool down after exertion, the softened skin becomes more sensitive to friction and pressure. Over time, this leads to cracking, white softening and other signs of maceration — common even among experienced racers.
These professions share one pattern: the hands shift constantly between dryness, moisture, heat and chemical exposure — all while wearing gloves for long periods.
Healthcare workers wash hands frequently and use alcohol-based sanitizers many times an hour. Gloves lock in warmth and sweat, preventing the skin from stabilizing between tasks. As the skin softens, friction rises — particularly across knuckles and fingertips — making irritation more common during long shifts, even when protocols are followed precisely.
Between washing, chemicals, hot tools and glove use, moisture collects around the hands throughout the day. Sweat and external water soften the skin, and repeated wrist and finger movements increase friction inside the glove. The skin isn’t reacting to products alone — it’s reacting to the environment created by heat, moisture and repetitive movement.
Nail technicians work with acetone, water, lotions and fine dust while wearing gloves for extended periods. Heat from lamps and hand positions increases sweat production. Under occlusion, solvents penetrate more easily, and softened skin becomes increasingly sensitive to friction. This mix makes irritation more likely across long appointments.
Cold, wet and high-pressure conditions change how the skin behaves.
Seafood work exposes the hands to moisture, fluctuating temperatures and rapid tool handling. Cold environments accelerate heat loss — especially when the skin is damp — and water conducts heat 25× faster than air. This softens the skin and raises friction during repeated gripping, increasing irritation over time.
Military personnel use gloves for extended periods in environments where moisture, temperature and movement change constantly. Sweat remains inside the gear, and the skin softens as temperatures rise or fall. Friction increases during weapon handling or equipment work, making irritation, fungal issues and cold-related problems more common. The mechanism is consistent: moisture + pressure + movement.
Manufacturing, workshop and automotive roles expose the skin to warm conditions and repetitive gripping tasks. Moisture stays against the skin, reducing its resistance to friction across long shifts.
Warm environments increase sweat inside gloves. Dust, oil or small particles outside the glove demand tighter grip adjustments. Moisture softens the skin and reduces its resistance to friction, making irritation more likely — particularly across the palms and fingertips.
Technicians work in elevated temperatures while shifting between precision tasks and heavy tools. Inside gloves, sweat builds quickly and accelerates the softening of the outer skin layers. As friction rises, the hands become more sensitive during fine motor movements. This environment creates repeated stress points throughout the workday.
Summary: Investigates how prolonged glove use during the COVID-19 pandemic increased cases of hand dermatitis among healthcare professionals.
→Takeaway:Extended glove wear caused a measurable rise in dermatitis cases, confirming the link between occlusion, sweat, and skin flare-ups.
→View study on Pubmed
Summary: Analyzes the long-term impact of glove occlusion on skin health. The study observes measurable skin barrier changes due to moisture and friction inside gloves.
→ Takeaway: Damp conditions under gloves encourage bacterial growth, worsening eczema symptoms and infections.
→ View study on PubMed
Summary: Finds that occlusive glove use in patients with hand eczema leads to an increased presence of Staphylococcus aureus, which may worsen symptoms.
→ Takeaway: Damp conditions under gloves encourage bacterial growth, worsening eczema symptoms and infections.
→ View study on MedicaljournalSweden
Summary: Reviews evidence linking wet-work and glove use to occupational hand dermatitis, with emphasis on how moisture exposure breaks down the skin barrier.
→ Takeaway: Frequent wet-work combined with gloves significantly increases the risk of chronic dermatitis.
→ View study on Pubmed
