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In today's industrial landscape, ensuring the safety of personnel and the production facility is paramount, especially when operating in potentially explosive atmospheres. At Formula Air, we are dedicated to providing comprehensive solutions that align with the 2014/34/EU ATEX Directive, delivering top-notch protection against the effects of explosions.
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When it comes to managing hazardous environments, we offer a comprehensive range of ATEX-certificated products to create a fully integrated ATEX installation. Our ATEX-certified BADA explosion isolation valves and rotary valves act as pivotal elements in preventing the spread of dust explosions. By choosing our products, you are investing in an additional layer of safety and ensuring compliance with ATEX standards.
It's important to note that in ATEX installations, the ducting and associated components must adhere to local safety and environmental legislation. At Formula Air, our experts are committed to providing you with the highest level of assistance within the bounds of our knowledge and expertise of the ATEX regulations.
At Formula Air, we are committed to providing cutting-edge ATEX-certified solutions that prioritize safety, compliance, and performance. Contact us today to discuss your specific needs and discover how we can help you enhance safety and productivity in hazardous environments.
An ATEX Explosion Isolation Valve is necessary in hazardous atmospheres to enhance safety, contain explosions, ensure compliance with regulations, mitigate risks and maintain operational continuity. It is a crucial component of a comprehensive explosion protection strategy in hazardous environments.
The installation of an ATEX Explosion Isolation Valve is crucial for the safeguard of your dust extraction system in the event of an explosion. Without one, the explosion can spread through your installation and result in costly downtime while the affected system components are replaced.
The ATEX Explosion Isolation Valve is designed to remain open during normal operation as air flows through it. In the event of an explosion, the explosion causes a backdraft in the ducting which triggers the valve to close by its own weight, blocking the ducting. In general the working principle of an explosion isolation valve would make the pressure wave and flame push in the opposite direction of the airflow, forcing the flap against the frame of the device and blocking the rest of the ducting.
When installing an ATEX Explosion Isolation Valve, it's important to follow the guidelines outlined in the user manual. The manual contains detailed instructions tailored to the specific model and intended use of the valve.