Ansell 93-852 Black Powder-Free Nitrile Disposable Gloves, Size 7.5-8, Medium, 100 per Pack

This is a pair of nitrile disposable gloves designed for superior protection in various work environments. Known for their robustness, these gloves provide chemical splash protection while ensuring safety during tasks that involve hazardous materials. Their powder-free and food-safe design makes them suitable for versatile applications, from medical to food handling, ensuring compliance with British safety standards.

• Enhanced grip aids in handling slippery items securely
• Anti-static properties reduce static build-up during use
• Medical-grade certification ensures reliability in sensitive settings
• Approved for protection against harmful substances like gastric acid
• Powder-free design minimises irritation and allergies
• AQL 1.5 rating guarantees quality and integrity during use

• Suitable for food preparation and handling tasks
• Applicable in automotive repairs and servicing settings
• Can be used for maintenance and inspection of machinery
• Often employed in laboratories for sample collection and processing
• Ideal for law enforcement tasks requiring personal protection

These gloves comply with EN ISO 374 Type B standards, providing effective resistance to various chemical splashes. Their robust nitrile material is engineered to withstand exposure to hazardous substances, making them ideal for safety in industrial and medical environments.

The gloves are certified as food safe and comply with regulations for contact with food, ensuring that they do not contaminate food during preparation or service. Their powder-free formulation enhances hygiene and prevents any residue from affecting food products.

Yes, the anti-static properties of these nitrile disposable gloves make them suitable for use in electronics and electrical tasks, safeguarding sensitive components from static damage while providing a secure grip.

It is advised to store these gloves in a cool and dry place, away from direct sunlight and sources of ozone. Proper storage conditions help retain their integrity and performance over time.