Portwest A128 PU Palm Coated Latex-Free Safety Gloves

Advanced Tactile Sensitivity and Allergen-Free Security

The Portwest A128 PU Palm Coated Latex-Free Safety Gloves represent a premier tier of protective equipment designed for high-dexterity assembly and handling tasks. Formulated with an absolute latex-free composition, these gloves serve as an essential safety safeguard for teams, completely eliminating the risk of Type I latex allergy flare-ups. This low-linting engineering makes them perfect for sensitive skin and clean manufacturing lines.

Durable Polyurethane Dipping and Controlled Grip

Equipped with a precision-engineered polyurethane (PU) palm coating, the A128 model offers exceptional abrasion protection while preserving unmatched tactile feedback. The thin, flexible layer enhances friction in dry or slightly oily environments, providing a secure grip without bulk. This allows operators to easily manipulate microscopic screws, intricate electronics, and slippery components without sacrificing protection or speed.

Ergonomic Seamless Construction and Heat Dissipation

Knitted from a lightweight 13-gauge seamless polyester liner, these gloves deliver an ergonomic, second-skin fit that minimizes hand fatigue over long production shifts. The palm-only dipping leaves the back of the hand fully exposed to ambient airflow, facilitating fast heat dissipation and moisture evaporation. Completed with an integrated elasticated knit wrist, they provide a secure barrier that blocks stray debris, grit, and fine dust from migrating into the core.

Targeted Industrial Environments

• Precision Electronics: Safeguards delicate computer components from oils and skin oils while maintaining tactile control.

• Automotive Component Assembly: Excellent for handling tiny clips, wiring harnesses, and smooth metal fasteners.

• Medical Equipment Packing: Delivers clean, hypoallergenic hand protection for medical device assembly lines.

• Fine Material Sorting: Offers high-frequency pickers and packers a comfortable grip with maximum breathability.