We have compiled a few gloves that provide maximum Level F cut-resistance. Essential for knife, blade, glass and serrated edge handling, these gloves are reserved for applications where serious personal injury is a constant threat.
The 73-9110 glove is part of the new 2020 range of food safe PPE engineered to deliver an incredible up-lift in cut protection, grip, performance, and comfort. Superseding the 410B original heavyweight cut resistant food handling glove, it is designed to be worn on the knife hand, suitable for use in abattoirs, able to withstand heavy-duty meat carving and deboning and processing. Providing incredible EN388: 2016 level F cut resistance (ANSI 105:2016 A9), the glove is able to be worn for long periods of wear. An extended cuff provides added protection to the wrist area and all gloves in the food range can be industrially laundered to the ISO 15797:2018 standard.
Hydrophobic treated seamless knitted cut resistant liner, with foamed nitrile palm, touch sensitive fingertips and made in part from recycled plastic bottles.
A top seller in our range of cut resistant gloves. The TEK 6000 offers the highest level of cut protection with excellent dexterity, comfort and style. Finished with a smooth nitrile foam coating to provide a firm grip in wet and oily conditions.
A high performing cut level F uncoated liner for use in the food industry, to help prevent cuts to the knife hand. Utilises ultrafine liner yarn technology (18 gauge) to provide extremely good dexterity whilst maintaining the highest level of cut protection. Features a colour coded extended cuff to provide forearm protection, which allows for easy batch identification, as well as being ambidextrous.
A high performing cut level F uncoated liner for use in the food industry, to help prevent cuts to the knife hand. Utilises ultrafine liner yarn technology (18 gauge) to provide extremely good dexterity whilst maintaining the highest level of cut protection. Features a colour coded extended cuff to provide forearm protection, which allows for easy batch identification, as well as being ambidextrous.