UNINOVA 26-Inch PVC Chemical Resistant Gloves – Sandy Grip, Full Arm

UNINOVA 26-Inch PVC Chemical Resistant Gloves provide extended hand and arm protection for demanding chemical handling, industrial maintenance and wet-work applications. The extra-long 26-inch design helps protect beyond the wrist and forearm, while the thick PVC construction provides a durable barrier against selected chemicals and industrial fluids.

The sandy-textured palm and fingers provide enhanced grip in wet, greasy and oily environments. A soft cotton lining improves comfort during extended wear, while the flexible full-arm sleeve provides additional splash coverage for chemical processing, laboratory work, industrial cleaning, machinery maintenance and other demanding applications.

These gloves are tested to EN ISO 374-1:2016 Type B (AJK) for chemical protection and EN 388:2016 4121X for mechanical performance. They also meet EN ISO 374-5:2016 requirements for protection against microorganisms.

Key Product Details

• 26 in extended full-arm design
• Approx. 67 mil / 1.7 mm PVC construction
• Sandy-textured non-slip grip
• Chemical-resistant PVC coating
• Soft cotton lining
• Latex-free construction
• Designed for wet, oily and greasy environments
• EN ISO 374-1:2016 Type B – AJK
• EN 388:2016 – 4121X
• EN ISO 374-5:2016
• Blue finish
• Size shown: 10/XL

Chemical Performance – AJK

• A – Methanol
• J – n-Heptane
• K – Sodium Hydroxide 40%

Under EN ISO 374-1, Type B indicates at least Level 2 permeation performance—more than 30 minutes—against at least three listed test chemicals. Ansell Catalogue

Recommended Applications

Chemical processing, industrial cleaning, laboratory work, machinery maintenance, petroleum and fluid handling, manufacturing, sanitation and other industrial applications involving splash and fluid exposure.

Chemical Compatibility Notice: Chemical resistance depends on the specific substance, concentration, temperature and exposure time. Confirm compatibility before use with chemicals not covered by the product's tested performance.