A wicketkeeper gets through gloves far faster than a batter gets through pads. The wear is concentrated in a few small areas, and understanding where explains how gloves are built and maintained.
Impact lands in the same square inches
Most deliveries a keeper takes arrive in a narrow band of the palm, either in front of the body or slightly to one side.
The catching material in that band absorbs thousands of impacts per season. The rubber pimpled surface abrades, the backing compresses, and the glove gradually loses the cushioning that made it comfortable.
The rest of the glove can look almost new while the working area has flattened. Keepers therefore judge a glove's life by feel in one region rather than by overall appearance.
Sweat degrades the inner materials
Hands sweat heavily inside a closed glove, especially in hot conditions across a long day. That moisture soaks into the inner lining and the leather beneath it.
Repeated wetting and drying stiffens leather and breaks down the adhesives holding layers together. Seams that were sound begin to separate, and the fit loosens in ways that affect handling.
This is why keepers use inner gloves, which are washable and replaceable, and why gloves are dried slowly rather than near direct heat that would harden the leather further.
The webbing takes a different kind of load
The web between thumb and index finger is stitched, not moulded, and it carries tension every time a ball is taken wide or one-handed.
Because it is a joint rather than a surface, it fails by stitching giving way rather than by wearing thin. A web that starts to open is usually the reason a glove is retired.
Keepers commonly have webs restitched once or twice before replacing a pair, since the rest of the glove may still have useful life in it.
Standing up multiplies the wear
Keeping up to the stumps means taking the ball late, after deviation, often with the hands moving. Contacts are less clean and more of them land away from the centre of the palm.
Spread impacts wear a wider area, and mis-takes drive the ball into fingers and the edges of the glove where padding is thinner.
A keeper who stands up to spin for long spells will therefore wear a pair out faster than one who spends most of his time standing back to seamers.
Fit determines how long protection lasts
A glove that is slightly loose allows the hand to move on impact, which grinds the inner lining and lets the padding shift out of position.
A close fit keeps the padding where it was designed to sit, so the material compresses evenly rather than developing thin patches over the knuckles and fingertips.
This is why keepers size gloves with the inners they actually use, and why a glove that felt right in a shop can prove unusable once a thicker inner is added underneath.
