
Bold - Black Nitrile Gloves - Powder Free (Large)
- Easy 30-day returns return policy
- Free delivery on orders over £79.
Usage | Suitable for medical, industrial, cleaning, and workshop applications. Provides reliable hand protection against oils, grease, solvents, and chemical irritants while offering high dexterity and comfort. |
Industries | Healthcare, automotive, food processing, laboratories, cleaning, manufacturing |
Professions | Doctors, nurses, mechanics, lab technicians, food handlers, cleaners, industrial workers |
Surface/Material | Grease, oils, chemicals, solvents, cleaning agents, medical instruments, food products |
Environment | Hospitals, clinics, laboratories, workshops, kitchens, cleaning stations, factories |
Special Features | Premium 5mil nitrile construction, powder-free, latex-free, resistant to chemicals and solvents, tested for chemotherapy drugs, beaded cuff for durability, textured grip for dexterity, shelf life of 3 years |
Certifications | European PPE Directive 89/686/EEC compliant, EC1935/2004 food contact approved, AQL 1.5 |
Brand | Aurelia |
Colour | Black |
Case Qty | 10 x 100 Gloves |
AQL | 1.5 |
Product Overview
Our black, powder-free and 100% latex-free disposable nitrile gloves are ideal for those with latex allergies, and offer far superior resistance to a range of chemicals and solvents than latex alternatives.
They’re ideal for everyday cleaning or workshop activities that might include contact with grease, oils or chemical irritants, and are equally suited to medical use.
These gloves offer a shelf life of 3years, and are manufactured in accordance with European PPE Directive 89/686/EEC, with food approval grade EC1935/2004.
Being powder-free, they’re less susceptible to absorption of germs and other allergens. The incredibly strong, high-quality black nitrile construction with beaded cuffs makes them extra resistant to splitting and tearing on tougher jobs requiring extended wear.
The quality of the flexible material along with textured grip allows for high dexterity and low fatigue.
Key Features