MANUAL PINCH VALVE- MPV

The MPV Manual Pinch Valve is a heavy-duty valve designed for reliable shutoff and flow control in applications involving abrasive, corrosive, or difficult-to-handle materials. It is well suited for slurries, powders, granular products, and other process media that can cause excessive wear or clogging in conventional valves.

The valve is operated using a handwheel actuator. Its screw mechanism is fully enclosed to help protect the operating components from dirt, moisture, and corrosion, supporting smooth and dependable operation in demanding industrial environments.

At the center of the MPV is a replaceable elastomer sleeve. The sleeve is the only component normally exposed to the process medium, protecting the metal valve body and simplifying routine maintenance.

Key Features

• Manual handwheel operation provides straightforward and dependable valve control.
• Fully enclosed screw mechanism helps protect internal components from contamination and corrosion.
• Full-bore flow path minimizes flow restrictions and pressure loss.
• Centerline shutoff promotes even sleeve compression and helps extend sleeve life.
• Self-cleaning operation reduces material buildup and clogging.
• Replaceable elastomer sleeve serves as the primary wear component.
• Heavy-duty metal body provides structural strength and extended service intervals.
• Minimal process-contact components help protect the valve body from abrasive and corrosive media.
• Multiple sleeve materials and designs are available for different process conditions.

Sleeve Options

Sleeves can be selected or customized according to the process material, pressure, temperature, abrasion level, and vacuum requirements.

Available configurations include:

• Standard
• Extra-thick
• High-pressure
• Conical
• Vacuum-resistant

Easy Maintenance

Because the sleeve is the main wear component, servicing the MPV is simple and cost-effective. When the sleeve reaches the end of its service life, it can be replaced without replacing the entire valve, helping restore sealing performance while reducing downtime and maintenance costs.