Blendtech Solution

200mm Cast Iron Rotary Air Lock Valve is a heavy-duty rotary feeder designed to control the flow of bulk solids from hoppers, bins, cyclones, and bag filters into pneumatic conveying systems or downstream processes. Precision-built using cast iron, it provides reliable performance in dust control, material handling, and feeding applications across industries such as cement, power, chemical, food, and pharmaceuticals.

500mm Cast Iron Rotary Air Lock Valve is a large-capacity, heavy-duty rotary feeder designed for the controlled discharge and air sealing of bulk materials from hoppers, bag filters, ESPs, cyclones, and silos. Constructed from robust cast iron, it is ideal for demanding industrial applications where handling high volumes of powders, granules, abrasive materials, or fly ash is required.

400mm Cast Iron Rotary Air Lock Valve is a large-capacity rotary feeder designed to control and regulate the discharge of bulk powders, granules, and abrasive materials from hoppers, cyclones, bag filters, and silos into conveying or processing systems. Engineered from high-grade cast iron, it delivers excellent durability and consistent performance in demanding industrial environments such as cement plants, thermal power stations, mining operations, chemical plants, and dust collection systems.

300mm Cast Iron Rotary Air Lock Valve is a high-capacity rotary feeder designed for controlling the flow of dry bulk materials in pneumatic conveying, bag filter discharge, silo outlets, and dust collection systems. Built from heavy-duty cast iron, this valve is engineered to withstand tough industrial environments where reliable sealing and continuous discharge are critical.

100mm Cast Iron Rotary Air Lock Valve is a precision-engineered feeding and discharge device used in pneumatic conveying systems, dust collection units, bag filters, hoppers, and silos. Designed to maintain consistent airflow while controlling the flow of dry bulk materials, this valve ensures minimal air leakage and smooth product handling.

An industrial rotary airlock valve is a mechanical device commonly used in bulk material handling systems to control the flow of material between two sections of equipment, usually a hopper or silo and a pneumatic conveying system. It's particularly effective in controlling the release of powders, granules, or other particulate materials without letting air escape, hence the term "airlock." Here's a deeper look at its purpose and functionality:

Key Functions of a Rotary Airlock Valve:

1. Flow Control: It regulates the flow of granular or powdered materials in and out of a system. As material enters the valve, it is trapped in the pockets of the rotor and discharged consistently.

2. Airlock (Sealing): The airlock feature prevents the escape of air from one chamber to another. This is crucial in pneumatic conveying systems, where maintaining pressure is important for efficiency.

3. Pressure Relief: In pneumatic conveying, for example, maintaining proper pressure is vital. The valve helps to control airflow, preventing overpressure or vacuum conditions, ensuring a smooth operation of the system.

4. Material Isolation: The valve isolates one section of the system from another, preventing dust, powder, or other particles from contaminating the external environment, which is important in industries like food, chemicals, pharmaceuticals, and cement.

An industrial rotary airlock valve is a mechanical device commonly used in bulk material handling systems to control the flow of material between two sections of equipment, usually a hopper or silo and a pneumatic conveying system. It's particularly effective in controlling the release of powders, granules, or other particulate materials without letting air escape, hence the term "airlock." Here's a deeper look at its purpose and functionality:

Key Functions of a Rotary Airlock Valve:

1. Flow Control: It regulates the flow of granular or powdered materials in and out of a system. As material enters the valve, it is trapped in the pockets of the rotor and discharged consistently.

2. Airlock (Sealing): The airlock feature prevents the escape of air from one chamber to another. This is crucial in pneumatic conveying systems, where maintaining pressure is important for efficiency.

3. Pressure Relief: In pneumatic conveying, for example, maintaining proper pressure is vital. The valve helps to control airflow, preventing overpressure or vacuum conditions, ensuring a smooth operation of the system.

4. Material Isolation: The valve isolates one section of the system from another, preventing dust, powder, or other particles from contaminating the external environment, which is important in industries like food, chemicals, pharmaceuticals, and cement.