Diverter Valves Finder

Two-Way Diverter Valve WRK

WRK diverter valve engineered for heavy-duty, high-abrasion applications.

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Solid Cast Iron Diverter Valve for Powders and Granular Products

The WRK diverter valve is engineered for handling abrasive powders and granular products, offering maximum durability and long service life in demanding applications. Its compact design allows seamless installation in both pneumatic conveying lines and gravity-fed systems up to 4 barg. With wear-protected components, the WRK ensures reliable product routing, minimal maintenance, and optimized operational efficiency in industries where high abrasion and heavy-duty use are common.

Main Features

Pressure Range
4 barg (58 psi) system and differential pressure
Pressure Surge Proof (Optional)
10 barg (145 psi) due to heavy duty design (on request)
Operation Temperature
-20°C up to 100°C
Application
Suitable for fluid group 2 according PED (fluid group 1 on demand)
Seal Configuration
Rotor with elastomer seal
Material of Construction
Cast iron with wear protection rings made of ceramics

Related Industries

Chemicals
Minerals

WRK Product Sheet

Access the comprehensive product sheet for the WRK diverter valve to review its specifications, features, and operational benefits. Gain the technical insights needed to evaluate its suitability for your application.

PRODUCT SHEET

Constructive wear protection with ceramic-ringed pipe nozzles for extended valve life.

Advanced Wear Protection for Reliable Handling of Abrasive Materials

The WRK diverter valve excels in handling highly abrasive products thanks to its specially engineered geometry, which creates a protective product cushion during deflection. Constructive wear protection is integrated throughout the valve, including ceramic rings in the pipe nozzles to safeguard the gate valve outlets. The durable clapper features an elastomer seal and a minimal number of rotating parts in K-Execution, ensuring long-lasting performance, reduced maintenance, and reliable operation even in the most demanding conveying environments.