Filters for Liquid Cooling Systems
Inline and angle-type filters with five-layer sintered mesh technology — protecting CDU heat exchangers and cooling channels from particulate buildup.
Every filter undergoes 100% shell pressure testing and mesh verification. Elements assembled in a Class 100,000 cleanroom and packaged dust-free. Material confirmed by spectrometer. Test reports available upon request.
* All filters are 100% tested before shipment. Test reports available upon request.
Valve sizing by your flow and pressure specs. Material compatibility analysis for your coolant type. Custom end connections (Tri-Clamp, weld, flange). Actuator selection support (manual, pneumatic, electric).
What is a five-layer sintered mesh filter and how does it work?
Five-layer sintered mesh consists of protection, filtration, dispersion, and dual support layers. Surface filtration with smooth mesh pores enables uniform precision filtration with high structural rigidity.
How does backwashing extend filter service life in cooling systems?
Smooth mesh pores allow effective reverse-flow cleaning that removes trapped particulates. Unlike single-layer screens that fail within three months, sintered mesh filters can be backwashed and reused repeatedly.
Where should filters be installed in a liquid cooling loop?
Install upstream of CDU plate heat exchangers to protect microchannels from particulate fouling, and in main distribution piping to prevent debris accumulation in cooling channels.
What is the advantage of a quick-open filter design?
Quick-release clamp lid allows fast element access without pipe disassembly. Open the housing, remove the element, clean or replace, and reassemble — minimizing system downtime during routine maintenance.
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