Ansell 11-728 Grey Nylon Cut Resistant Cut Resistant Gloves, Size 11, Polyurethane Coating

This cut-resistant gloves category comprises essential hand protection equipment designed for workers in various industries. Offering moderate cut protection through a unique INTERCEPT™ Cut Resistance Technology, these gloves ensure dexterity and comfort while handling sharp or abrasive materials. Constructed with a lightweight nylon and Lycra liner, they provide the optimal balance of strength and flexibility for enhanced productivity in demanding environments.

• INTERCEPT™ technology offers moderate cut protection for safety
• Lightweight construction promotes comfort during extended use
• Polyurethane coating enhances grip for secure handling
• Extended knit wrist design adds extra forearm protection
• Compatible with dry and mildly oily conditions for versatility
• High dexterity enables precise movements without compromising safety

• Suitable for assembling metal parts in the automotive industry
• Can be used for maintenance tasks in construction environments
• Often employed in glass repair and replacement activities
• Applicable in machinery handling within manufacturing settings
• Ideal for work involving press injection moulding processes

The gloves feature a nylon and Lycra blend for the liner, providing flexibility, while a polyurethane coating ensures a robust grip.

Designed to offer excellent dexterity and grip, the polyurethane coating performs well in dry and moderately oily conditions, making them suitable for diverse tasks.

While these gloves provide good grip in slightly oily conditions, they may not be ideal for tasks involving heavy oil exposure. Users might consider alternative options for such environments.

These gloves are widely used in the automotive, construction, glass manufacturing, and metal fabrication industries due to their cut-resistant properties and comfort.

Hand washing with mild soap is recommended to maintain cleanliness and prolong glove life. Avoid using harsh chemicals or excessive heat during cleaning.