Advantages
THE RF TECHNOLOGIES ALTERNATIVE
Pinch valves offer 100 percent unobstructed full-port flow. They provide a reliable alternative to a plug, ball, gate, or butterfly valve, which require valve-stem packing, bearings or rotating/rubbing components most commonly identified with leakage, failure and maintenance. For abrasive, scaling, corrosive or plugging-prone water, wastewater or chemical services, RF Valves provide unique and cost-effective alternatives to automated valves that customarily have difficulty in these services.
When considering RF Valve as the alternative, please be sure to note:
- There is only one wetted part in contact with media — the elastomer tube
- Efficient design eliminates 95% of components that are primary cause wear and maintenance in other valves
- Preventive-maintenance alert technology is available
- Simple split body assemble provides for in-line replacement of the elastomer tube
TECHNICAL ADVANTAGES
Standard full port design provides unobstructed, bi-directional flow, low resistance, zero leakage shut-off and precise, repeatable linear flow control.
- The self-cleaning, flexing action of the pinch valve elastomer tubes prevents build-up of scaling deposits and thus guarantees that the valve will not jam or seize, even in high solids.
- High pressure molded elastomer tube insert outperforms more expensive 316, stellite, or alloy ball, plug, globe, diaphragm and conventional pinch valves in abrasive, scaling or corrosive services.
- Interchangeable with most standard ASME/ANSI B16.10 face-to-face dimensions common to many AWWA ball, plug, gate and diaphragm valves. Versatile retrofit valve for plant upgrade and modernization projects.
- Elastomer tube is the only wear part in contact with process stream. Tube replacement, when required, is accomplished without complicated tools, components, or specialized skills; maintenance costs are reduced up to 70 percent.
- Seamless flange-to-flange tube construction and sealed body design eliminates valve stem, packings, or seals that can leak.
