MCR Safety NXG White Polyurethane 13-Gauge Gloves - Size 2X-Small

13 gauge white polyester shell Color coded hem to identify sizes Excellent comfort, grip, and fit

Experience superior hand protection with the MCR Safety NXG White Polyurethane 13-Gauge Gloves, designed for demanding industrial applications. These gloves feature a seamless 13-gauge white polyester shell that offers excellent dexterity and flexibility, making them ideal for detailed tasks as well as heavier-duty work. The white polyurethane (PU) coating on the palm and fingertips enhances gripping power, providing a secure hold on tools and materials while maintaining a high level of comfort.

Manufactured at MCR Safety's state-of-the-art facility, these gloves incorporate advanced coatings and eco-friendly production methods. The seamless knit liner ensures a snug fit that conforms to the natural curves of your hand, reducing fatigue during extended use. The flat-dipped design not only improves grip but also maintains the overall flexibility and dexterity needed for various industrial tasks. Made without silicone, these gloves are suitable for environments where contamination control is critical.

Designed for professionals requiring high performance and comfort, the NXG White Polyurethane gloves excel in multi-industrial applications. Whether handling delicate components or performing heavy-duty tasks, users benefit from increased productivity and reduced hand fatigue. These gloves are available in size 2X-Small, making them suitable for a range of hand sizes. Trust MCR Safety for innovative solutions that combine durability, safety, and environmental responsibility, and discover why NXG gloves are a preferred choice among industry experts.

Features:

• Seamless 13-gauge white polyester shell for high dexterity and comfort

• White polyurethane coating on palms and fingertips enhances grip

• Manufactured with advanced, eco-friendly processes

• Flat-dipped design reproduces natural hand shape for reduced fatigue

• Made without silicone for contamination-sensitive environments