Leading pinch valve for flow equalization in India
Pinch valves are ideal for flow equalization and controlling storm water and wastewater. We offer excellent flow control capabilities, a full-port opening and the ability to close drop-tight on entrapped solids. Our fabricated Pinch Valve For Flow Equalization are designed to be like a straight piece of pipe when open. A 100% full bore opening allows high flow and minimum pressure drop. Large objects such as cans, bottles even telephones poles can easily pass through a Pinch Valve.
Pinch Valves for Flow Equalization from Beena Engineering Works are designed for superior flow control in tough industrial settings. The valves employ an flexible elastomer sleeve for seamless flow regulation of slurries, liquids, gases, powders, and abrasive material while maintaining uniformity across the flow process.
This valve’s structural efficiency, design for full bore flow and the ability to form tight seals at any position along the stroke of the valve make it perfect for flow equalization processes where minimum pressure drop is desired.
These Pinch Valves for Flow Equalization find diverse applications in wastewater, mining, cement, power, chemical plants etc. Where flow stabilization are necessary for improved efficiency. Beena Engineering Works ensures the highest level of quality and durability.
Key Features
- Designed for smooth and consistent flow equalization
- Flexible elastomer sleeve provides reliable leak-tight sealing
- Full bore design minimizes pressure loss and flow restriction
- Prevents clogging in demanding process conditions
- Available with manual, pneumatic, and electric actuation
- Low maintenance with replaceable sleeve construction
- Heavy-duty design for continuous industrial service
- Available in multiple sizes and sleeve material options
Frequently Asked Questions(FAQs)
They allow a full open passage with low pressure loss and are ideal for liquids, solids entrained solids, or slurry because they can’t clog. Pinch valves help provide a smooth and stable flow rate.
The list is quite extensive including, but not limited to: waste treatment plants, chemical plants, mining, paper mills, food and beverage facilities, pharmaceutical facilities, and industrial process controls.
Absolutely. The appropriate sleeve material can stand up to abrasive solids, corrosive fluids, and suspended particles, all the while maintaining a secure seal, and significantly reduce valve body wear.
Several factors should be considered when selecting a pinch valve for this application. These include the type of fluid being transported, the working pressure, the temperature, the rate of flow, the physical dimensions of the valve and sleeve material and the preferred actuator method.
