Rotary Air lock Valves

Krisha Engineers has produced the finest rotary feeders available. Precise engineering, durable construction and the highest quality materials

Rotary Air Lock Valves are employed for vacuum/pressure looking to discharge continuous flow of materials. It is offered in CI/Steel/Stainless Steel material.

Rotary valves are designed to provide improved performance to bulk material processing and production operations. In dry material metering applications MAXTECH Valves products ensure accurate material loading and unloading while also functioning as highly efficient rotary airlocks; minimizing pressure loss throughout the system.

Components of a rotary feeder include a rotor shaft, housing, head plates, and packing seals and bearings. Rotors have large vanes cast or welded on and are typically driven by small electric motors.

Industries requiring this type include cement, asphalt, chemical, mining, plastics, food, etc.

Rotary feeders are ideal for pollution control applications in wood, grain, food, textile, paper, tobacco, rubber, and paint industries, the Standard Series works beneath dust collectors and cyclone separators even with high temperatures and different pressure differentials.

Rotary valves are available with square or round inlet and outlet flanges. Housing can be fabricated out of sheet material or cast. Common materials are cast iron, carbon steel, 304 SS, 316 SS, and other materials. Rotary airlock feeders are often available in standard and heavy duty models, the difference being the head plate and bearing configuration. Heavy duty models use an outboard bearing in which the bearings are moved out away from the head plate. Housing inlet and discharge configurations are termed drop-thru or side entry. Different wear protections are available such as hard chrome or ceramic plating on the inner housing surfaces. Grease and air purge fittings are often provided to prevent contaminants from entering the packing seals.

Technical Specification

• Fan rpm range : 22 rpm to 25 rpm