Chemicals

The chemical industry deals with a wide variety of reactive, hazardous, and sensitive materials. A rotary airlock valve ensures a secure, sealed transfer of these substances, minimizing the risk of contamination or exposure to harmful elements. The right valve protects your products and helps ensure the safety of both workers and the environment.

In chemical manufacturing, accurate and consistent flow control is critical. Rotary airlock valves help manage the flow of bulk materials while maintaining precise pressure differentials in your system. By controlling material transfer, these valves ensure your production processes run at optimal efficiency, resulting in more consistent product quality and fewer disruptions.

In many chemical processes, maintaining a balance of pressure is essential. Airlock valves play a key role in sustaining pressure differentials between processing systems. This not only ensures the safety of the equipment but also prevents leaks, preserving the integrity of the chemical reaction and preventing loss of materials or exposure to potentially dangerous environments.

Chemical environments can be harsh on equipment due to corrosive substances, high temperatures, and abrasive materials. Choosing the right rotary airlock valve made from high-quality, durable materials is essential to ensure that it can withstand these challenging conditions without compromising performance or lifespan. An airlock valve that is resistant to wear and tear extends the service life of your equipment and minimizes downtime.

Designed to withstand the harsh conditions of fly ash handling, these valves act as critical airlock transition points, preventing air loss and ensuring steady material flow under varying pressures. They are built for high temperatures and pressure differentials, offering reliable performance with minimal maintenance.

Meyer Industrial HDXP Heavy-Duty, NFPA design valves are custom-applied units tailored to your specific application. Meyer engineers review the application and evaluate the design based on KST values for the material, temperature, pressure, and ambient conditions. Units can be built in cast iron, stainless, and cast steel to match the specific NFPA requirements.

The Klean-In-Place II rotary airlock valve is specially designed for applications where frequent cleaning, sanitizing, or inspection of the bulk handling system is required and minimum downtime is critical. The convenient advantages of the unit make it an ideal rotary airlock valve for frequent cleaning. Technicians can service the component without having to disassemble or move it, saving time and keeping your equipment online for as long as possible.

Meyer Double Flap Gates provide efficient material flow control while preventing air leakage. Their two pivoting gates open and close in sequence to isolate system pressures, maintaining consistent flow even under extreme conditions.