DSS Soft Start Paste Valve
Cutting edge technology for Paste Backfill applications.
DSS Severe Service Knife Gate Valves represent the cutting edge in paste backfill valve technology because of our unmatched ability to isolate and control solids in suspension. Ranging from Class 150 (PN 20) to Class 1500 (PN 250), our valves thrive at mining facilities around the world.
Our Soft Start Paste Valve has a modified gate that permits a reduced amount of material to flow through. By slowing the flow velocity and amount of paste in the pipeline until it is completely filled during start-up, the Soft Start Paste Valve removes the chance for catastrophic impact caused when paste descends vertically and reaches elbows, valves, or other instruments in the pipeline.
Work. With no limitations.
North American made Severe Service Double Block and Bleed Valves.
Your solution for Paste Backfill Applications.
As this unique and challenging industry continues to evolve, so do the corresponding regulations and specifications in place to ensure worker safety and environmental concerns. The most critical paste backfill applications require Severe Service Valves able to withstand these tough conditions. Our products are known for their ability to handle differential pressure scenarios, corrosive materials, extreme temperatures and detrimental solids. We provide prompt delivery, honest customer service and a technologically advanced product made in North America, delivered throughout the world.
The DSS Severe Service Knife Gate Valve is designed to solve problems in the harshest of conditions. With our customers in mind we’ve carefully crafted this valve to overcome common problems like pipe turbulence and erosion, leakage to atmosphere, pipe stress, and topworks structure failures without compromising our promise to true isolation.
We’re always happy to tailor the valve actuation to suit your needs. We’ll find you a solution, whether that means low profile arrangements, stem extensions or gear operators on pneumatic, hydraulic, electric or electro-hydraulic systems.