3M Disposable Protective Coverall Safety Work Wear 4540+CS-BLK-4XL 25 EA/Case

3M Disposable Protective Coverall Safety Work Wear 4540+CS offers high-performance protection while delivering worker comfort. This coverall is constructed with a non-woven laminated material and a breathable, SMMMS fabric back panel to help improve air ventilation. The microporous PE laminate is low linting and comes with an anti-static treatment on both sides. The back panel helps reduce heat build-up while providing a barrier against hazardous particles and limited liquid splashes. The coveralls also feature extra room in the arms and legs for enhanced mobility; two-way zippers for added on-off convenience, and storm flaps and seamless shoulders and sleeve tops for extra protection. All sizes have knit cuffs and elastic waist and ankles for increased comfort and mobility. Workplace Protection 3M Protective Coveralls are designed for use in industrial workplaces as a physical barrier to help prevent skin contact from liquid splashes and dust in certain work environments. Seamless shoulder and sleeve tops help provide increased comfort and fewer potential entry points for contaminants. In addition, these coveralls meet ANSI 101-1996 size guidelines. Government Protection Ratings 3M Disposable Protective Coverall Safety Work Wear 4540+CS meets the following standards: Protective Clothing - standard EN 340, Type 6 Splash - EN 13034/(EN ISO 17491-4), Type 5 Dust - EN ISO 13982-1, Anti-Static* - EN 1149** and Nuclear - EN 1073 - 2. *Consult class results in Technical Data Sheet or User Instructions for more information ** All apparel must be grounded for anti-static treatment to be effective Better Comfort Equals Better Compliance In the "goods producing" sector of industry, which includes manufacturing, construction, and natural resources and mining, skin diseases/disorders rank as the second leading cause of incidence rates and nonfatal occupational illnesses in 2013 according to the Bureau of Labor Statistics. Protective apparel is a key factor in impr