Lisle 89950 Impact Gloves, Medium, 3 mm, Gel Palm Padding, Molded Knuckle Protection
- The Lisle 89950 Impact Gloves Medium are durable mechanic gloves designed to reduce vibration and protect against impacts. They feature 3 mm gel palm padding, molded knuckle protection, reinforced back and finger panels, and touchscreen-compatible fingertips for convenience during work.
- Features:
- 3 mm gel palm padding absorbs vibration from power and impact tools to reduce fatigue
- Molded knuckle and finger protection shields hands during high-force tasks
- Touchscreen-compatible fingertips allow use of smartphones, tablets, and diagnostic tools without removing gloves
- Reinforced back and finger areas increase abrasion resistance for long service life
- Specifications:
- Manufacturer: Lisle Corporation
- Part Number: 89950
- Size: Medium
- Materials: 3 mm gel palm padding, molded protective knuckle and finger inserts, touchscreen-capable fabric
- System Compatibility / Application: Designed for mechanics and technicians requiring impact protection, vibration damping, and touchscreen usability in workshop and automotive environments
- Also known as Lisle mechanic impact gloves medium, gel palm mechanic gloves, Lisle 89950 protective gloves, touchscreen mechanic gloves, and medium impact work gloves.
Lisle Corporation designs professional-grade tools and protective gear. The 89950 Impact Gloves combine vibration-damping gel padding, impact protection, and touchscreen functionality to provide safety and efficiency for technicians in demanding environments.
Q: What padding do these gloves use to reduce vibration?
A: They use 3 mm gel palm padding to absorb vibration and reduce hand fatigue during use with impact or power tools.
Q: Are these gloves touchscreen compatible?
A: Yes. The fingertips are touchscreen-capable, allowing device use without removing the gloves.
Q: What protection is provided besides gel padding?
A: They feature molded knuckle protection and reinforced back and finger areas to protect against impact and abrasion.
