Workwear Nation Ltd
Portwest A699 MR13 ESD PU Palm Gloves (Pk12)
Portwest A699 MR13 ESD PU Palm Gloves (Pk12)
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Portwest A699 MR13 ESD PU Palm Gloves (Pk12)
Designed for electronics assembly, automotive work, and other precision tasks, the Portwest A699 MR13 ESD PU Palm Gloves deliver static-safe handling with excellent grip and dexterity. They protect hands from cuts while safeguarding sensitive components from static discharge, making them ideal for teams handling small parts and delicate electronics.
- Shell material: Seamless 13-gauge polyester with carbon fibre core, providing anti-static properties and a comfortable fit.
- ESD protection: Static-dissipative design that safely redirects charge away from sensitive electronics during handling.
- Cut resistance: Level C protection to guard against everyday sharp objects in high-risk environments.
- Durability feature: Reinforced thumb crotch to extend glove life in rigorous, repetitive use.
- Grip and dexterity: PU palm coating delivers reliable grip and precise fingertip control for small parts and tools.
- Touchscreen compatibility: Works with most touchscreen devices so you don’t need to remove gloves mid-task.
- Breathable and anti-static design: Enhances comfort over long shifts while maintaining static control.
- Pack size: Convenient pack of 12 pairs to keep teams stocked and ready for workloads.
- Ideal applications: Specifically suited to automotive and electronics assembly, repair, and testing environments where safety and precision are critical.
These features come together to reduce the risk of hand injuries, protect delicate components from static damage, and maintain workflow efficiency. The Portwest A699 MR13 ESD PU Palm Gloves offer dependable cut resistance, a strong grip, and easy use with devices you rely on, helping technicians work more confidently across long shifts. By providing a balanced combination of protection, tactile feedback, and anti-static performance, they support safer handling of components, faster part placement, and fewer interruptions during critical tasks.
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