Ansell 93260080 Microflex 93-260 Chemical Resistant Disposable Gloves Medium 50-Pack

The Ansell Microflex 93-260 is a premium chemical-resistant disposable glove engineered with an innovative triple-layer construction that delivers superior protection without sacrificing dexterity. Two layers of nitrile surround a layer of neoprene, creating a robust barrier against acids, bases, and organic solvents while maintaining exceptional tactile sensitivity.

Key Features:

• 7.8 mil thickness designed to be thinner than standard reusable chemical-resistant gloves for enhanced dexterity when handling small tools and parts
• Three-layer design guards against hazards including harsh chemicals, while the flexible middle layer provides maximum protection
• Low AQL (Acceptable Quality Level) of 0.65 means minimal pinhole defect risks for reliable barrier integrity
• Extra soft formulation and ergonomic design provides a comfortable fit and feel for extended wear times
• Textured fingertips improve grip in both dry and wet conditions
• Powder-free, latex-free construction reduces allergen concerns
• 285mm extended length cuff with beaded/rolled edge for added wrist and forearm protection
• Green exterior with blue interior for easy visual identification

Applications:

Suitable for handling aerospace equipment and parts, painting tools including spray guns, maintenance and equipment cleanup, mounting and dismounting assembly, sample taking and lab processing, and transferring liquids and solids.

Certifications:

Meets EN 374 Type A certified in Europe and KOSHA certified in Korea. Tested against a broad range of chemicals meeting ASTM D6978 and ASTM F739 standards. FDA approved for food contact (21 CFR 177-2600).

Each box contains 50 ambidextrous gloves in medium size (7.5-8). The Microflex 93-260 series represents one of the thinnest chemical-resistant disposable gloves available, making it ideal for professionals requiring both chemical defense and precision tactility in automotive, manufacturing, laboratory, and maintenance environments.