Understand the 3 Main Reasons Why Valve Seats Fail in Solids Handling Applications
Roto-Disc quarter-turn valves resist seat wear better than most other valve styles. The dome of the Roto-Disc valve wipes against the seat, cleaning itself as
Roto-Disc quarter-turn valves resist seat wear better than most other valve styles. The dome of the Roto-Disc valve wipes against the seat, cleaning itself as
The Roto-Disc II valve with outlet flange that is common to the valve size offers an ideal environment for applications where the valve outlet has
Roto-Disc®, Inc’s patented Roto-Clean® Sanitary, spherical valve comes in several sizes, depending on your equipment’s requirements. This gives your team several advantages over more traditional
Roto-Disc® Inc’s inflatable seal mechanical interlock system for the Roto-Flate® valve enhances its reliability and causes it to fail closed and inflated in the case
Roto-Disc, Inc. has airlock/double-dump valves able to feed and measure product into and/or out of pressure or vacuum environments in four different modes. Through the
Valve seats must fit within tolerances to work properly. But for industrial processes, valve seats must also withstand high temperatures, high pressures, and many classes
Roto-Disc® airlock/double-dump valves have several advantages over other valve placements, including rotary valves, for your industrial processes involving dry or slurry material. Find out why
You’ve seen this problem before. As your dry solids move from one area of your production line to another, your transitions valve develops plugs over
Problems with even, consistent flow are common in solids handling processes. Bridging and ratholing are common issues that interfere with the flow of solids through
Solids handling valves need to operate properly for your industrial processes, whether you’re a plastics company making colored beads or a food manufacturer dealing with
All Roto-Disc® valves are designed and manufactured exclusively in the U.S.A.
