CPE Gowns for Chemical Storage Areas - Reliable Protection

Raytex's CPE (Chlorinated Polyethylene) gowns for chemical storage areas are designed to provide robust protection against a wide range of chemical hazards. CPE is a synthetic rubber material known for its exceptional resistance to chemicals, oils, and solvents, making it ideal for environments where spills or splashes are likely, such as chemical warehouses, refineries, and lab storage rooms.

The gowns feature a full-length design with elastic cuffs and a drawstring waist for a secure fit, minimizing exposure points. The material's flexibility allows for unrestricted movement, while the waterproof nature of CPE prevents liquid chemicals from penetrating the gown. Reinforced seams and a front zipper with a storm flap add extra layers of protection, ensuring durability even in demanding chemical handling scenarios.

Certified under EN 13034 for chemical protective clothing and carrying CE marking, these CPE gowns meet international safety standards. They are tested for resistance to common chemicals like acids, alkalis, and hydrocarbons, providing workers with confidence in their protective barrier. The gowns are also flame-retardant, adding an additional safety feature for chemical storage areas with fire risks.

Ideal for personnel handling, storing, or transporting chemicals, these CPE gowns are essential in chemical plants, oil refineries, and hazardous material storage facilities. They protect workers from skin contact with harmful substances, reducing the risk of chemical burns, irritations, or systemic toxicity, and help maintain regulatory compliance with occupational safety standards.

Raytex offers ODM services for CPE gowns, allowing customization for specific chemical resistance needs, such as tailored material thickness for particular substances or specialized design features like built-in pocketing for tools. With a production capacity of 40,000 pieces daily, the company ensures rapid delivery for large-scale industrial clients, combining chemical resistance technology with practical PPE design.