Dayan Parker fences competitively in the US. For years, the leather gloves required by the sport made his hand eczema worse with every session. He tried every alternative he could find. None of them addressed the actual problem.
Why do fencing gloves make hand eczema worse?
Fencing gloves are non-absorbent — leather and synthetic composites trap sweat between glove and skin with nowhere to go. As moisture builds, the surface becomes rough and abrasive. Combined with the continuous grip, attack, and parry movement of fencing, the result is prolonged moisture against skin under constant friction. That combination triggers and sustains eczema regardless of which brand of glove is used.
Fencing gloves are built for protection and grip, not skin. When sweat has nowhere to go, it stays trapped between glove and skin. The leather surface, initially smooth, becomes rough and abrasive as it saturates. Switching glove brands changed the material. It didn't change the physics.
"Fencing gloves are usually made out of thick leather or similar synthetic materials that are non-absorbent. Once they get wet from sweat, they become rough and abrasive — a dreadful combination for eczema."
Dayan Parker — fencer, St. Louis, US
Glove — palm side
Glove — back of hand
What changed when Dayan added a liner under his fencing glove?
A DRYE liner sits between skin and leather, moving moisture away from the skin rather than letting it accumulate. Within sessions, the abrasive wet-leather feeling that had caused years of flare-ups was gone. The liner addressed the skin problem — and revealed a secondary benefit Dayan hadn't anticipated.
Dayan started wearing DRYE liners under his fencing glove. The result addressed both the skin problem and something he hadn't expected.
"The DRYE gloves both stop the buildup of sweat and provide a soft, protective layer that has eliminated almost all of my fencing problems."
Dayan Parker
DRYE liner
At practice
What unexpected benefit did Dayan notice beyond the skin improvement?
Fencing involves repeated blade strikes and guard impacts to the hand. Beyond solving the eczema problem, the liner added a physical buffer against these minor but cumulative contacts — reducing scratches that would previously break already-compromised skin. A moisture-routing liner, it turns out, also functions as a protective interface against mechanical impact.
"When fencing, your hands are somewhat frequently hit with the opponent's blade or smashed against the guard of your weapon. Having another layer of protection has also mitigated scratches caused by these contacts."
Dayan ParkerThis isn't unique to fencing — the same secondary effect appears in hockey, where players note that dry hands grip the stick more consistently, and in industrial environments, where reduced friction at the glove-skin interface affects handling.
Why doesn't switching fencing glove brands solve the problem?
Because the glove material is not the variable — the sealed environment is. Every fencing glove, regardless of brand or construction, creates the same occlusive conditions: no airflow, sustained compression, moisture with nowhere to go. A liner that moves moisture through a structural gradient rather than absorbing and holding it removes the primary driver. The outer glove becomes irrelevant to the skin equation.
Dayan tried different gloves before this. The material differed each time. The outcome didn't. The reason is consistent across every sealed glove environment — fencing, hockey, mining, mechanics. Occlusion creates the same conditions regardless of what the outer shell is made of.
Dayan Parker, St. Louis, US. DRYE liner use began autumn 2025. Follow-up conducted March 2026. Photos from training session 27 March 2026. Used with explicit permission.
Same physics. Different glove.
Every sealed glove creates the same moisture problem — fencing, hockey, industrial, tactical. The environment differs. The mechanism doesn't. If your hands react to prolonged glove use, this is where to start.
See the DRYE glove liner →
