The store will not work correctly when cookies are disabled.
This website uses cookies to keep you logged in, improve navigation, and anonymously analyze site usage. By using this site or clicking "Allow Cookies", you consent to these cookies on your device.Allow cookies with button below or Learn more.
We use cookies to make your experience better.To comply with the new e-Privacy directive, we need to ask for your consent to set the cookies.Learn more.
The 12" Leather Protector with PVC Cuff is a dual-material electrical safety glove protector designed to extend the life of Class 0-4 rubber insulating gloves used in utility and electrical work. The leather palm provides abrasion resistance and grip, while the orange vinyl back offers visibility and flexibility during overhead line work and substation maintenance.
This protector combines premium leather on the palm side for durability against rough surfaces with bright orange PVC backing for high visibility in low-light conditions. The 12-inch extended cuff provides forearm coverage and secures over rubber insulating gloves to prevent slippage. Sized 2XL (11-11.5), it accommodates larger hands while maintaining dexterity for tool handling and equipment operation.
Key Features
Dual-Material Construction — Leather palm for abrasion resistance; orange vinyl back for visibility and flexibility.
12-Inch Extended Cuff — Provides forearm protection and secure overlap with rubber insulating gloves.
High-Visibility Orange Backing — PVC material ensures visibility during low-light utility work.
Size 2XL (11-11.5) — Designed for larger hands while maintaining tactile sensitivity for precision tasks.
Protective Overlay Design — Worn over rubber insulating gloves to prevent punctures, cuts, and abrasion damage.
Applications
Used by utility lineworkers, electricians, and substation technicians performing energized electrical work. Essential for protecting Class 0-4 rubber insulating gloves during pole climbing, hot stick operations, and equipment maintenance where contact with rough surfaces or sharp edges is likely.
