Ansell TouchNTuff® 92-600 Green Powder-Free Nitrile Disposable Gloves, Size 9.5-10, XL, 100 per Pack

This is a disposable nitrile glove designed primarily for chemical splash protection. Engineered for superior safety and comfort, these gloves provide a reliable barrier against hazardous substances, making them suitable for various industrial applications. With their robust design and chemical resistance features, they ensure optimal protection for users working in challenging environments.

• Manufactured with TNT™ Chemical Splash Resistance Technology for effective protection
• Soft nitrile material enhances comfort during prolonged wear
• EN388 compliant, providing basic abrasion resistance for durability
• Silicone-free design prevents contamination in sensitive projects
• Antistatic properties reduce the risk of electrical discharge
• Bulk packages available to ensure efficiency in high-demand settings

• Suitable for handling hazardous liquids in chemical processing
• Often employed in meat and food processing for hygiene
• Can be used for maintenance tasks in industrial settings
• Applicable in laboratories for chemical analyses
• Ideal for utility work where protection from irritants is necessary

The glove features advanced TNT™ Chemical Splash Resistance Technology, offering effective safeguarding against harmful chemicals while maintaining flexibility for ease of movement during tasks.

Nitrile is known for its superior chemical resistance, durability, and tactile sensitivity, making it an excellent choice for tasks that require both protection and dexterity.

Yes, they are food contact approved, ensuring that they meet regulatory standards for use in food processing environments without contaminating the products.

Being silicone-free helps prevent contaminant transfer, which is crucial for maintaining surface integrity in applications such as automotive painting and coatings.

It is recommended to store them in a cool, dry place, away from direct sunlight and sources of ozone, to maintain their structural integrity over time.