Bsc Preferred GLV2010XL Nitrile Gloves 4 Mil 100 Count

Product Description

The BSC PREFERRED GLV2010XL is a disposable nitrile examination glove designed for professionals who need reliable hand protection without sacrificing dexterity or tactile sensitivity. At 4 mil thickness, these gloves provide a balance of puncture resistance and feel that makes them suitable for a wide range of trade and light industrial applications. They are powder free and silicone free, reducing the risk of contamination or skin irritation during extended wear. Each case contains 100 gloves. The blue color makes it easy to spot tears or debris during use.

These gloves are suited for technicians and service professionals in HVAC, plumbing, electrical, and pool service trades who handle parts, chemicals, lubricants, or general maintenance tasks. They are also appropriate for light assembly work and inspection tasks where a snug, disposable glove is preferred over reusable options. The single-use design supports hygiene-sensitive environments and reduces cross-contamination risk between jobs or job sites.

Key Features

• 4 mil nitrile construction provides puncture resistance without sacrificing tactile feedback
• Powder free design reduces skin irritation and contamination risk
• Silicone free formulation suitable for sensitive applications
• Blue color aids visual inspection for tears or punctures during use
• Sold 100 gloves per case with a minimum order quantity of 1 case

Compatibility

Equivalent to part number S-14179X. Designed as a general-purpose disposable nitrile glove for trade professionals requiring light to medium hand protection in service and maintenance applications.

Installation Notes

Disposable nitrile gloves should be inspected for tears or punctures before each use and discarded after a single use. When handling solvents, refrigerants, or caustic chemicals, verify that 4 mil nitrile provides adequate chemical resistance for the specific substance involved. Store gloves away from direct sunlight, heat sources, and ozone-generating equipment to prevent premature degradation.