

Manufacturer pricing rules prevent us from advertising our discount — no account or email required to see it.
Secure Payments
Easy Returns
Expert Advice
Fast Shipping
The ATG 34-774B/XL is a general purpose work glove designed for professionals who require dexterity, durability, and static control in a single pair of gloves. The seamless nylon shell is fully lined in nylon and features a micro-foam nitrile dip coating across the palm and fingers, providing a reliable foam grip surface on parts, tools, and assemblies. At 0.27 pounds per pair, these gloves are lightweight and built for extended wear. The static dissipative construction makes them appropriate in environments where electrostatic discharge is a concern. Rated ANSI Abrasion Level 4 and compliant with EN 388 4121A, these gloves meet recognized performance standards for light industrial hand protection.
These gloves are suited for assembly, sorting, handling of small parts and materials, finishing operations, and parts inspection tasks. The micro-foam nitrile coating enhances grip on both dry and lightly oily surfaces, while the nylon back and knit nylon cuff allow airflow and comfort during repetitive hand-intensive work. The straight thumb design and full-finger coverage support natural hand movement. These are paired, unisex gloves intended for use across manufacturing, electronics assembly, HVAC component handling, and similar trade applications where tactile sensitivity and static dissipation are priorities.
Designed as a general purpose replacement glove for X-Large hand sizes across light industrial, assembly, and inspection applications where static dissipative, nitrile-coated hand protection is required.
Inspect gloves for coating damage or tears before each use, particularly in static-sensitive environments. Do not use these gloves as primary protection against electrical shock hazards — static dissipative does not equal electrical insulation. Replace gloves when the nitrile coating shows cracking, peeling, or loss of grip texture. Store away from direct sunlight and heat sources above 104 degrees F to preserve coating integrity.
Thanks for subscribing!
This email has been registered!