Ansell Disposable Nitrile Gloves Chemical Resistant Oil Resistant Acid and Alkali Resistant Laboratory Extended Thickened Anti-Slip Wear-Resistant Gloves 92-605 (100 pcs/box) L

EN 421 (Radiation protection)

GB 4806.11-2016 (Food contact safety)

Tested against multiple chemicals including n-heptane, 40% sodium hydroxide, 30% hydrogen peroxide, 37% formaldehyde, with breakthrough times ranging from 30 to 480 minutes depending on the chemical.

Thickened and extended design for enhanced durability and protection without compromising flexibility and comfort.

High-quality nitrile formulation free from low-grade additives or fillers, ensuring stable film structure and resistance to pinholes and tears.

Chlorinated surface treatment reduces friction for easier donning and improved comfort.

Suitable for chemical splash protection, laboratory use, food handling, and touchscreen operation.

Food contact safe, compliant with national food safety testing standards.

Excellent chemical resistance combined with comfort and dexterity for light-duty tasks.

Powder-free to prevent secondary contamination.

Resistant to oil and dirt, providing effective barrier against contamination during food processing and household cleaning.

Rigorous raw material control, manufacturing process monitoring, and product inspection including water leak test (2 minutes with 1000 ml water) to ensure no pinholes or leaks.

Manufactured under strict quality management systems.

Suitable for both hands; check gloves for defects before use.

Proper donning and doffing procedures recommended to avoid contamination.

Chemical splash protection

Laboratory and industrial use

Food processing and handling

Household cleaning

Tasks requiring touchscreen sensitivity

The glove’s polymer formula (TNT) provides effective chemical splash protection while maintaining softness and comfort.

The product is designed to balance thickness for durability and user comfort without sacrificing tactile sensitivity.

Manufactured in Thailand with premium nitrile sourced from original rubber-producing regions.