The Comfort Fit Rigger Gloves from Dirty Rigger provide your hands with a comfortable barrier against the manual labor demands of entertainment rigging and production. Dirty Rigger has spent much time and research to pinpoint the features that riggers would love in a pair of gloves. The Comfort Fit Rigger Gloves are the best-sellers out of their entire line, and are currently in their 4th version—the result of implemented professional feedback.
Dirty Rigger’s Comfort Fit Rigger Gloves feature a fitted design that moves with your hands as you work. These gloves provide ultimate comfort during the strenuous tasks that require all of your attention. Although light, these gloves are durable and are constructed out of breathable materials, double-layered synthetic leather, and double stitching.
The specially selected synthetic leather provides outstanding resistance to a hard graft, but also feels incredibly soft on the wearer’s skin. A second layer of material is added to the key wear areas to increase the lifespan of your gloves. Another feature is the terry cloth sweat wipe which is mounted on the thumb-side of each glove. It’s not work until you sweat, and this super-soft, absorbent terry cloth is readily available to wipe off your brow and get you back to work.
*This glove is currently undergoing PPE testing and should be considered suitable for general use in the meantime.
FEATURES
- Light & flexible for all-day comfort
- Snug fit to minimize snagging
- Double layered synthetic leather on palm and key wear areas
- Double stitched seams
- Terry cloth sweat wipe mounted on the thumb-side of each glove
- Neoprene knuckle padding
- Write-on ID Tag
- Low profile palm padding
- Machine washable at 30˚ C
FEATURES
- Light & flexible for all-day comfort
- Snug fit to minimize snagging
- Double layered synthetic leather on palm and key wear areas
- Double stitched seams
- Terry cloth sweat wipe mounted on the thumb-side of each glove
- Neoprene knuckle padding
- Write-on ID Tag
- Low profile palm padding
- Machine washable at 30˚ C
