- SS304 Resin Trap for Ion Exchange Related
- SS304 Resin Trap for Ion Exchange News
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- SS304 Resin Trap for Ion Exchange Tips
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SS304 Resin Trap for Ion Exchange
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The welded wire screen resin trap predominantly used in water treatment processes namely in ‘Ion Exchange’ and other numerous media filter systems, Completion Products offers a Resin Trap Screen. This screen system is primarily used as a safety device and is positioned immediately after the outlet nozzle of the vessel/reactor.
The welded wire screen resin traps are placed in a housing, inline with the flow to capture expensive media from traveling downstream. We can design the traps to capture media particles of any size. With the continuous open slot, the traps provide sufficient open area to let process flow move smoothly thus minimizing pressure loss through the system.
1) It has high mechanical strength, can bear large pressure drop.
2) The wedge type slot can improve backflushing and regeneration performance.
3) Resistance to pressure, temperature, aging, corrosion, uedes in kinds of fluid.
4) Equal slots for filtering, can form equally distributed filter cake, easy to clean for reuse.
They are widely used for water, oil and gas wells in the world. As China chief manufacturer and exporter, we export good quality water well screen to many countries. Main products cover bridge slot screen, wire wrapped well screen, stainless steel Wedge Wire screen, water well screen, wedge wire screen, sieve bend screen, Wedge Wire tube and sand control screen. In addition, we also offer perforated pipes and base pipes for well screen and Wedge Wire screen.
1) Resin Trap to keep the resin does not pass the filter if there is a leak from the filter / strainer / nozzle. so it can be detected / maintained so that the resin is not wasted.
2) Resin Trap Screen Predominantly used in water treatment processes namely in ‘Ion Exchange’ and other numerous media filter systems, Completion Products offers a Resin Trap Screen. This screen system is primarily used as a safety device and is positioned immediately after the outlet nozzle of the vessel/reactor.