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Kevlar® string knit gloves are used for general purpose work applications to provide cut and abrasion resistance, using high performance yarns, to further protect the hands when working with sharp objects. Various material weights provide longer durability or additional dexterity where needed.  The 9366E features a 7 gauge 100% DuPont™ Kevlar® light weight uncoated shell with PVC dots on both sides.  The PVC dots with help increase grip and abrasion resistance.  Looking for the best cut resistant gloves?  Look no further than MCR Safety!

The MCR Safety Cut Pro® series offers various cut protection levels and materials for your protection. The 92763PU features a 13-gauge black Hypermax™ shell with a black Polyurethane (PU) coating. The 92763PU not only offers outstanding grip, but also provides great flexibility which limits hand fatigue on long, hardworking days. This glove offers a seamless gray HPPE / Synthetic shell that supplies cut, tear, and abrasion resistance. Looking for the best cut resistant gloves?  Look no further than MCR Safety’s Cut Pro® options.

Experience exceptional comfort and durability combined with ANSI Level 5 Cut performance and high visibility. The new HyFlex® 11-515 glove is ergonomically designed so users are more likely to wear the glove.

It helps keep workers visible in low light situations thus reducing the opportunities for hand injuries to occur.

The HyFlex® 11-515 glove has several outstanding features, including INTERCEPT TECHNOLOGY® yarn developed by Ansell and DuPont™, which
incorporates Kevlar® Stretch Armor Technology.

The extended cuff provides additional cut protection in the highly sensitive wrist area. Our foam nitrile formulation provides longer wear for increased
durability.

The HyFlex® 11-515 offers superior grip and tactility in light oil or dry environments, providing sure grip and assurance when handling sharp objects and knives..

With incredible cut protection, high visibility and a relaxed fit, the HyFlex® 11-515 enables your workers to perform safely and efficiently.