Nitrile Exam Powder Free Disposable Gloves, Black, 4 Mil, 2X-Large, 2000 Pack

Description: These Black Nitrile Exam Powder Free Disposable Gloves provide a quick and convenient hand protection solution for various workplace needs. Made from tough and durable nitrile material, these gloves offer superior contact and grip due to their form-fitting design. With a thickness of 4 MIL, they provide excellent protection and are resistant to punctures and tears. The powder-free feature adds convenience and avoids potential issues with powder. These gloves are ideal for healthcare workers and commonly used in lab research, painting, woodwork, and prep cooking. They are non-sterile, ambidextrous, and have a beaded cuff and finger-textured external finish for added functionality. Item Specification: Color: Black; Total Thickness: 4 Mil. Palm Width: 96mm; Length: Minimum 240mm. Material: Nitrile (Carboxylated Butadiene Acrylonitrile)- Powder Free. Total Thickness: Cuff: 0.06-0.10 /, Palm: 0.10 -0.14, Finger: 0.12-0.19. Superior Textile sensitivity; Standard: Meets ASTM D6319. Elongation: Before Aging: Minimum 300%, After Aging: Minimum 300%. Protects users who have allergic reactions to the traditional latex. Common for lab research, painting, woodwork, and prep cooking usage. Meets FDA CFR Title 21 Indirect Food Additive Regulation Part 174-178. Tensile (MPa): Before Aging: Minimum 14 MPa, After Aging: Minimum 14 MPa. Chemical Resistant. Great for hazardous chemical and harsh industrial conditions. Design: Ambidextrous, non-sterile, beaded cuff and fully textured external finish. DISCLAIMER: ALL PICTURES SHOWN ARE FOR ILLUSTRATION PURPOSE ONLY. ACTUAL PRODUCTS MAY VARY DUE TO PRODUCT ENHANCEMENT.

Superior textile sensitivity for precise tasks. Form-fitting and non-sterile with a beaded cuff and finger-textured external finish. Ideal for healthcare workers and suitable for lab research, painting, woodwork, and prep cooking. Made of Nitrile (Carboxylated Butadiene Acrylonitrile) for strength and durability. Provides fantastic results during heavy-duty tasks.