LIFT Safety FiberWire A5 Impact Glove | Nitrile Microfoam | TPR Back-of-Hand

Built for environments where cut, impact, and abrasion hazards demand a higher level of protection, the LIFT Safety FiberWire A5 Impact Nitrile Microfoam Glove combines ANSI A5 cut resistance with full back-of-hand TPR impact protection and a nitrile microfoam palm coating — delivering multi-hazard performance in a single, low-profile glove. The 15-gauge seamless HDPE and glass fiber knit liner achieves ANSI/ISEA 105-2016 A5 and EN388:2016 Cut Level E (TDM-100) cut resistance with high tensile strength and consistent cut resistance across the entire glove.

The thermoplastic rubber (TPR) dorsal impact shield provides flexible protection across the full-length fingers, knuckles, and metacarpals while maintaining the mobility needed for precision handling tasks, meeting EN388 Impact Rating P (Pass). The nitrile microfoam palm coating delivers enhanced grip in wet and dry conditions with full palm and fingertip coverage, while providing chemical and caustic resistance in contact areas — making this glove a strong choice for metal fabrication, automotive, construction, and demanding industrial applications where a cleaner, more tactile palm coating is preferred over crinkle latex.

• 15-gauge seamless HDPE and glass fiber knit liner for ANSI A5 / EN388 Cut Level E protection
• Full back-of-hand TPR impact shield covering fingers, knuckles, and metacarpals — EN388 Impact Rating P
• Nitrile microfoam palm with full palm and fingertip coverage for superior wet/dry grip
• Chemical and caustic resistance in palm contact areas
• Low-profile flexible construction for dexterity in precision handling tasks
• Ideal for metal fabrication, automotive, construction, and high-risk industrial environments

A premium multi-hazard glove for workers and safety managers who need ANSI A5 cut resistance, TPR impact protection, and a high-tactility nitrile microfoam grip in one package, the LIFT Safety FiberWire A5 Impact Nitrile Microfoam Glove is engineered for the most demanding job site conditions.