Especificaciones
Details
- ColorVerde
- DescripciónTraje de lluvia 0,42mm PVC/Nylon/PVC, tratado con FR, chaqueta, capucha, general, GRN
- CaracterísticasTraje de lluvia ChemFR .42mm PVC/Nylon/PVC
- Número de Upc del fabricante616314207747
- Tipo de productoMonos de peto
- UPC_NO616314207747
Descripción general
- El material especial en capas de PVC proporciona protección contra varias salpicaduras de líquido y contacto accidental
- Nailon de alta resistencia para una mayor durabilidad
- Las costuras están soldadas para mejorar la protección contra la permeabilidad química
- Rodillas, codos y entrepierna reforzados para una mayor durabilidad
- Tratado para proporcionar una inflamabilidad limitada y autoextinguible (método de prueba ASTM D6413 )
Datos de cumplimiento y seguridad
Literature & Catalogs
PIP Womens PPE Safety Products BrochureThe Women's Workwear guide highlights properly fitting PPE designed specifically for women across construction and manufacturing environments. It emphasizes improved safety, comfort, and performance by offering tailored protection in high-visibility apparel, head, eye, hand, foot, respiratory, hearing, and fall protection categories.
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PIP Warehouse Safety CatalogTo prevent potential warehouse injuries and fatalities, it is imperative to supply workers with innovative, high-tech PPE they can trust. No two warehouse environments are the same. With a wide range of potential risks, having the proper PPE is the crucial first step in protecting employees and keeping warehouses safe.
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PIP Global Safety Industry Leading PPE Brands FlyerPIP Global Safety showcases industry-leading PPE brands designed to protect workers across a wide range of industrial environments. Explore solutions for hand, head, eye, face, hearing, respiratory, fall, electrical, welding, and food safety applications.
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PIP Mips Head ProtectionA low friction layer designed to help reduce the severity of head injuries. At impact the Mips Safety System is designed to help reduce the amount of rotational force transferred to the head by redirecting the forces that are generated by the impact.
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