Kutlass PU500G+ - Premium Green ISO Cut E with XREY Yarn, PU Coating - Green -Pack of 10

Kutlass PU500G+ - Premium Green ISO Cut E with XREY Yarn, PU Coating - Green -Pack of 10This ISO cut level E glove is knitted from a patented XREY yarn that provides one of the highest strength to weight ratio's available whilst also providing an incredibly high filament level for an extra smooth and comfortable hand experience. It is able to achieve extreme cut level E resistance without the need for steel or glass fibres making it irritation free and enabling the glove to be washed up to 5x without the reduction in cut resistance*.

This ISO cut level E glove is knitted from a patented XREYâ„¢ yarn that provides one of the highest strength to weight ratio's available whilst also providing an incredibly high filament level for an extra smooth and comfortable hand experience. It is able to achieve extreme cut level E resistance without the need for steel or glass fibres making it irritation free and enabling the glove to be washed up to 5x without the reduction in cut resistance*. Furthermore, the elimination of steel and glass, the two most CO2 producing elements of a cut resistant glove, ensures it has a much lower carbon footprint in comparison (CO2 figures awaiting confirmation from 3rd party testing house).

The palm is coated with a tough PU coating that offers considerable grip in dry environments whilst still providing good levels of durability and dexterity. Excellent breathability enables it to be worn for prolonged periods without the risk of overheating or excess perspiration. Black on black colourway better hides the dirt and wear of the glove increasing the natural life of glove. The green colour coded liner provides quick recognition of high risk environments and allows safety officers to ensure cut protection compliance reducing the risk of injuries in the workplace.

Patented XREYâ„¢ yarn has been specially developed to provide a lighter weight, more comfortable, cut resistant product by removing the need for any steel or glass whilst still providing the same ultra high levels of performance.