Mcr Safety FT350S Nitrile Work Gloves Small Green

Product Description

The MCR Safety FT350S is a nitrile-dipped work glove built for heavy-duty hand protection in industrial and general-maintenance environments. The glove is constructed on a seamless 10-gauge knit liner made from a 50/50 cotton and polyester blend, which is flat-dipped to follow the natural curved shape of the hand. Green nitrile coating is applied to the palm and fingertips, providing abrasion resistance and a textured grip surface. Licensed HVAC technicians, electricians, plumbers, and general tradespeople use this style of glove for daily-wear protection during parts handling, equipment service, and material movement.

The FT350S is suited for light to heavy-duty trade work where grip, comfort, and hand protection are all required. The seamless knit construction reduces interior seam pressure points during extended wear. The nitrile palm and fingertip dip delivers durability against rough surfaces, fasteners, sheet metal edges, and similar hazards common on job sites and in mechanical rooms. Sold in pairs, with a minimum order quantity of 12 pairs per purchase.

Key Features

• 10-gauge seamless knit liner for reduced hand fatigue during extended wear
• 50/50 cotton and polyester blend provides breathability and structural integrity
• Nitrile palm and fingertip coating delivers abrasion resistance and grip
• Textured nitrile dip improves grip on wet, oily, or dry surfaces
• Flat-dip construction follows the natural hand curve for better fit and dexterity

Compatibility

Designed as a general-purpose nitrile-coated work glove for trade professionals requiring grip and abrasion protection in size Small.

Installation Notes

Work gloves of this type require no special tools or code compliance for use. Inspect gloves before each use for cuts, tears, or coating separation that may compromise protection. Replace when the nitrile coating shows significant wear, cracking, or loss of grip texture. Follow your employer or job-site PPE policy for glove selection and replacement intervals.