Ansell® 93260100 Microflex® 93-260 Chloroprene Exam Gloves with Extended Cuff, Green, 8mil, 11-Inch, X-Large (Case of 500)

  • Size: X-Large. Three layer design for superior protection against harsh chemicals. Length: 11.2-Inch. Cuff Style: Extended
  • Thinnest chemical resistant disposable glove for enhanced tactility and dexterity
  • Extra soft material and ergonomic design for improved fit, feel and flexibility
  • 0.65 AQL pinhole rate for reliable protection against hazardous substances
  • Tested against both fentanyl and gastric acid to simulate hazardous scenarios
  • 50/Box; 10 Boxes/Case (Case of 500)
  • Manufacturer: Ansell Healthcare
  • Manufacturer Part No: 93260100
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Item Number: ANS-93260100
$232.40

Sold in: Boxes or Cases

UnitMSRPYour PriceStock StatusQty
Case255.60232.40Lead Time
Box33.9933.99Lead Time

Details

Traditional disposable gloves are designed to provide protection against chemicals for only short periods of time, while chemical gloves typically have a thicker, sturdier design for longer lasting protection. Ansell designed Microflex 93-260 chloroprene exam gloves are designed to be thin, chemical-resistant disposable gloves that offer higher levels of protection against chemicals for longer periods of time than ordinary single use gloves. At just 7.8 mils thick, these thin nitrile and neoprene gloves offer this superior protection while also providing enhanced tactility and dexterity for easy handling of small parts and tools.

Microflex 93-260 gloves achieve this through an innovative three-layer design that resists a wide range of aggressive chemicals. The exterior nitrile layer delivers maximum protection against several organic solvents, while the soft neoprene middle layer provides acid and base resistance. A final interior layer provides a continual dry feel, while also easing the donning and doffing process. Meets the requirements for both EN 374 certification in Europe, and KOSHA certification in Korea. When tested against aggressive chemicals like Sulfuric Acid, N Heptane, Hexane and Methanol, these nitrile and neoprene gloves demonstrate impressive permeation breakthrough times. Silicone-free to prevent surface defects when wearers handle objects and equipment finished with paint and other coatings. They have a low acceptable quality level of 0.65 AQL to reduce the risk of exposures due to pinhole defects. Features an 11-inch extended cuff for added protection over the wrist and forearm.

Documents

Traditional disposable gloves are designed to provide protection against chemicals for only short periods of time, while chemical gloves typically have a thicker, sturdier design for longer lasting protection. Ansell designed Microflex 93-260 chloroprene exam gloves are designed to be thin, chemical-resistant disposable gloves that offer higher levels of protection against chemicals for longer periods of time than ordinary single use gloves. At just 7.8 mils thick, these thin nitrile and neoprene gloves offer this superior protection while also providing enhanced tactility and dexterity for easy handling of small parts and tools.

Microflex 93-260 gloves achieve this through an innovative three-layer design that resists a wide range of aggressive chemicals. The exterior nitrile layer delivers maximum protection against several organic solvents, while the soft neoprene middle layer provides acid and base resistance. A final interior layer provides a continual dry feel, while also easing the donning and doffing process. Meets the requirements for both EN 374 certification in Europe, and KOSHA certification in Korea. When tested against aggressive chemicals like Sulfuric Acid, N Heptane, Hexane and Methanol, these nitrile and neoprene gloves demonstrate impressive permeation breakthrough times. Silicone-free to prevent surface defects when wearers handle objects and equipment finished with paint and other coatings. They have a low acceptable quality level of 0.65 AQL to reduce the risk of exposures due to pinhole defects. Features an 11-inch extended cuff for added protection over the wrist and forearm.

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