Kimberly-Clark™ Kimtech™ Green Nitrile Ambidextrous Gloves

Kimtech™ Green Nitrile Ambidextrous Gloves offer superb protection with an environmentally-friendly glove thickness of just 0.06 mm. The comfortable design is powder- and latex-free and guards against a number of common contaminants.

Description

• Assured Compliance:
  • PPE Cat III according to Regulation (EU) 2016/425
  • EN ISO 374-1:2016 Type C (K) Chemical Splash protection
  • EN 374-4:2003 Resistance to degradation by chemicals
  • EN ISO 374-5:2016 Micro Organism and Virus Protection
• Nitrile construction results in gloves that are stronger and leaner than latex gloves, and feature better protection against a wider range of contaminants, including viruses, micro-organisms and chemical splash.
• Gloves are anti-static to protect the wearer and equipment, ambidextrous and the thin construction enables reduced storage space, waste and environmental impact.
• A textured finish enhances grip and tactile sensitivity for safer and more efficient processes.
• Beaded cuffs add strength to the gloves, reducing the risk of tearing and increasing their durability, while also reducing roll down for easier donning and doffing.
• Contain no natural rubber latex, silicone or powder, reducing the risks of skin irritation for the wearer.
• Food contact approved

Specifications

• Certifications/Compliance: CE 0120 PPE Category III product classified by EC Council Directive 89/686/EEC, Tested in accordance with the EN Norms EN420:2003, Protection: EN374-1 EN374-2, EN455-1,-2,-3,-4, ISO 16604 procedure B:2004, EN1149-5:2003, AQL 0.65 G1 I, ISO 9001 and ISO 13485, FDA CFR 21 part 820
• Color: Green
• Hand: Ambidextrous
• Material: Nitrile
• Product Type: Nitrile Examination Glove
• Finger Style: Textured
• Quantity: 250/Pk.
• Tensile Strength: 30 MPa

• Classification: PPE Category III
• Disposable: Single-use
• Latex Free: Yes
• Powdered: Powder Free
• Thickness (Metric): 0.04 mm (Cuff)
• For Use With (Application): Lower risk laboratory applications
• Resistant To: Puncture and abrasion, chemicals, virus