BIOGREEN® FSC® CERTIFIED Latex Powder Free Glove

BIOGREEN® FSC® CERTIFIED Latex Powder Free Glove

Listing tags: Medical,Safety & Industrial,Food & Services; Our FSC™ Certified Latex Glove qualify as an eco-friendly product which the gloves are manufactured in a responsible environmental, social and economic practices with FSC certified…

About this product

Listing tags: Medical,Safety & Industrial,Food & Services Our FSC™ Certified Latex Glove qualify as an eco-friendly product which the gloves are manufactured in a responsible environmental, social and economic practices with FSC certified material used. An all-rounder glove that is suitable for use in medical healthcare and dental procedures as well as a wide variety of low to moderate risk general applications. This glove is available in chlorinated powder free glove that helps to promote smooth donning & doffing experience without the risk of powder-related complications. The glove is finished with a textured surface for secure grip and added handling precision. European Countries: Class I EU MDR 2017/745 United States of America (USA): Class I Product Specification Quality Performance Functional Benefits Eco-friendly with conformity according to FSC CoC (STD-40-004) A good barrier protection against bacteria and viruses Superior dexterity with good fit & tactile sensitivity Latex softness provide comfortability for extended use Chlorinated powder free interior promote smooth donning & doffing experience Textured surface provide secure grip and added handling precision Glove Sizes XS S M L XL Quality Standards Manufactured under QSR (GMP), ISO 9001:2015 and ISO 13485:2016 Quality Management System Conforms to ASTM D3578, EN455, ISO 11193 Standards Physical Dimension & Physical Properties TOP GLOVE ASTM D3578 Elongation at Break, % Before Aging Min 650 After Aging Min 500 Tensile Strength, MPa Before Aging Min 18 After Aging Min 14 EN 455 Median Force at Break, N Before Aging Min 6 After Aging Min 6 ISO 11193 Elongation at Break, % Before Aging Min 650 After Aging Min 500 Median Force at Break, N Before Aging Min 7 After Aging Min 6 Product Safety Conformance