Rubber Lining for Ball Mill Rubber Lining for Rod Mill Rubber Lining for Autogenous Mill
Rubber Screen Panel for Vibrating Screen Rubber Lining for Spiral Classifier Rubber Screen Panel for Dewatering Screen
Rubber Lining for Flotation Machine Rubber Lining for Thickener Rubber Lining for Washing Thickener
Rubber Lining for Agitation Tank Rubber Lining for CNC Dosing Machine
Rubber Lining for Carbon Separating Screen Rubber Lining for Disc Vacuum Filter Rubber Screen Panel for Ceramic Filter Rubber Lining for Filter Press
Rubber Lining for Belt Conveyor Rubber Sheet for Belt Conveyor Rubber Lining for Feeder Rubber Lining for Ore Feeder
Rubber Lining for Slurry Pump Rubber Lining for Scrubber Rubber Lining for Jig Machine Rubber Lining for Shaking Table Rubber Lining for Spiral Chute Rubber Lining for Magnetic Separator Rubber Lining for Magnetic Drum Rubber Lining for Dewatering Machine
Rubber Lining for Air Lift Rubber Lining for Iron Remover Rubber Lining for Electronic Belt Scale Rubber Lining for Pipeline Sampler Rubber Lining for Hydrocyclone Rubber Lining for Desorption Electrolyzer Rubber Lining for Zinc Powder Displacement Device Rubber Lining for Gravity Separator

DEF Rubber Co.,Ltd.

Get in touch with us today!

We are glad to offer free samples to people who are interested in our products. You just need to fill a form.

Learn about the working logic of the Rubber Lined Three-Way Diverter Valve and how DEF Rubber can revolutionize diverter valves.

What is a Three-Way Diverter Valve?

A Three-Way Diverter Valve uses a simple ball valve design. When slurry flows into one side, the thrust moves the wear-resistant rubber ball to block the opposite inlet, directing the slurry out through the exit. If the slurry enters from the other side, the ball shifts to block that inlet, thus redirecting the flow. See the diagram below for the working principle:

Image of a Three-Way Diverter Valve with rubber lining, showing its exterior and a simple flow diagram. The diagram illustrates the working principle: when slurry enters from the left, the central rubber ball moves to the right, blocking the right inlet. Conversely, when slurry enters from the right, the ball rolls to the left, blocking the left inlet.

Why Use DEF Rubber Lining in a Three-Way Diverter Valve?

Continuous slurry flow and ball movement can cause significant wear inside the valve. Hard internal structures would reduce the sealing performance, making rubber lining essential.

Advantages of Using DEF Rubber Lining in a Three-Way Diverter Valve:

  • Excellent Wear and Corrosion Resistance: DEF Rubber performs exceptionally well under wet abrasive conditions, protecting the valve interior from wear and corrosion.
  • Long Lifespan: DEF Rubber’s nano-reinforcement technology preserves the long molecular chains of the rubber, providing superior wear and tear resistance, lasting over three times longer than traditional rubber.
  • Superior Sealing: The central wear-resistant rubber ball has high elasticity and wear resistance, with over 80% rebound. It’s lighter and more responsive than metal balls, requiring minimal slurry flow to roll and seal the other side, virtually eliminating leakage.
  • Clogging Resistance: The slurry flow moves the central ball along its track to close the other inlet. The elastic nature of the rubber prevents jamming and clogging.
  • Easy Automation: The valve can automatically switch direction with the natural slurry flow, simplifying automation without complex operations.

The three-way diverter valve design simplifies systems that traditionally required dual pumps and pipelines, eliminating the need for manual switching. This effectively adds an automatic diverter valve, saving an entire pipeline system. Valves lined with DEF Rubber are easy to use, have a long lifespan, and are highly responsive, gaining increasing recognition among valve users.

wear resistant rubber sheet
Super Wear-Resistant

DEF employs an ultra-high molecular weight nano-curing agent, enhancing its wear resistance significantly.

Tear-Resistance Rubber
Super Tear-Resistance

During operation, the Natural Rubber Sheet may be damaged in these areas without sufficient tear strength in the material.

Resilience Rubber
Super Resilience

Greater material resilience ensures faster restoration, maintaining high airtightness in assembly parts.

Oil-Resistant Squeegee
Super Oil-Resistant

Oily environments, traditional rubber can expand and deform, so consider using Oil-Resistant Rubber Sheets.

More Information About Rubber Lined Three-Way Diverter Valve

You may still have many questions about Rubber Lined Three-Way Diverter Valve. Continue to check the FAQs about it.

Internal leakage occurs only momentarily when the ball moves during valve operation.

The valve has a rubber ball that moves with the slurry flow. When slurry flows in from one side, the ball is pushed to the opposite side, blocking that entry and allowing the slurry to exit from the designated outlet. This process reverses with the flow direction, achieving automatic diversion.

These valves are primarily used in industrial processes such as mining and slurry transportation, including the handling of ore slurry, slag, and tailings.

Featured Products

Stay updated with the latest news about DEF Rubber.

Read More

What is Linatex Rubber?

Read more → What is Linatex Rubber?
Tear-Resistance Rubber

What Influences the Tear Resistance of Rubber Sheets?

Read more → What Influences the Tear Resistance of Rubber Sheets?