MAdoorS system ATEX Certificated Certified Ex-Proof Industrial Sectional Door Systems

 MAdoors Manufacturing ATX-SD-4000 series, ATEX (Atmosphères Explosibles) certified industrial door systems are door systems designed to ensure safety in explosive environments. These types of doors are manufactured for use in hazardous industrial environments where potentially explosive gases, vapors, liquids or dusts are present.

ATEX directives set standards for the safe design, manufacture and use of equipment and protection systems operating in explosive atmospheres in the European Union. MAdoors Manufacturing ATX-SD-4000 series ATEX certified industrial doors are designed and tested in accordance with these directives.

Features of ATX-SD-4000 series ATEX certified industrial door systems;

  Special Design for Explosive Environments: ATX-SD-4000 series doors are specially designed to ensure safety in environments filled with explosive gases and dust.

 High Safety Standards: MAdoors Manufacturing ATX-SD-4000 series ATEX certified doors are produced in accordance with high safety standards to minimize the risk of explosion.

 Strength and Durability: MAdoors Manufacturing ATX-SD-4000 series Industrial doors are generally manufactured from high quality and durable materials so that they can last for a long time under heavy-duty conditions.

 Ease of Use: MAdoors Manufacturing ATX-SD-4000 series ATEX certified doors are generally easy to use and maintain.

 Various Models: Different types of ATEX certified doors are available to suit different needs and applications, providing flexibility for industrial facilities.

Advantages of ATX-SD-4000 series ATEX certified industrial door systems;

 It reduces the risk of explosion.

 It increases employee safety.

 Provides protection of equipment and facilities.

 Meets compliance and legal requirements.

In industrial facilities where the risk of explosion is high, it is vital to use ATEX certified door systems. These doors increase employee safety and facility security by reducing potential hazards.