Uni-Directional Knife Edge Gate Valves
Uni Directional Knife Edge Gate Valves Manufacturer
Uni-directional Knife edge Gate Valves are used for many industrial as well as commercial applications. As the name shows, it operates with a sharp edge which cut through the media. So, it precisely controls the flow. Our uni-directional Knife edge gate valves are available with many different options as per need. We strictly follow international norms and conditions for the construction of the Uni-directional Knife Edge Gate Valves. It is highly suitable to high temperature also for high density medium. It is also suitable for the abrasive applications. For the seat replacement, there is no need to dismantle valve. It is available with different operation option like manual or cylinder operated.
Features of Uni Directional Knife Edge Gate Valves
- Effective on high viscous fluids
- Perfect sealing
- Eliminate distortion
- Corrosion resistant
- Smooth operation
- Long service life
Appications of Uni Directional Knife Edge Gate Valves
- Paper and pulp
- Mining
- Food processing
- Breweries
- Waste water treatment plant
- Power plants
- Chemical industry
- Petro chemical
Specification of Uni Directional Knife Edge Gate Valves
- Body Type: uni-directional
- Material of construction: cast steel, cast iron, SS 304, 316, 304 L, 316 L
- Port: round port/square port
- End connection: flanged end, wafer, wafer flangeless
- Sizes: 50 mm to 800 mm
- Operation: manual, cylinder operated, pneumatic actuator, electrical actuator
FAQs – Uni-Directional Knife Edge Gate Valves
A Uni-Directional Knife Edge Gate Valve is an industrial isolation valve designed to control the flow of slurries, powders, viscous fluids, and solids-containing media in one specified flow direction.
The valve uses a sharp-edged gate that moves vertically through the flow passage. When the gate is lowered, it blocks the flow, and when raised, it allows the media to pass through.
Its sharp-edged gate can cut through thick and solids-containing media, making it suitable for demanding applications involving slurry, sludge, pulp, and other challenging materials.
They are commonly used in mining, pulp and paper, cement, power generation, wastewater treatment, chemical processing, sugar, steel, and slurry handling industries.
Depending on the design and material selection, they can handle slurries, sludge, powders, pulp, abrasive materials, wastewater, viscous fluids, and liquids containing suspended solids.
