過濾分離主要基于以下三種機理 直接攔截 慣性撞擊 擴散攔截
直接攔截 : 液體中的基本過濾機制，本質是一種篩分效應，機械攔截顆粒，當顆粒大于流道孔徑時即被該結構去除，通過搭橋作用,尺寸小于濾孔的顆粒也可被攔截，
慣性撞擊:尺寸小于濾材孔徑的顆粒的輔助攔截方式，流體攜帶的顆粒由于質量和線速度而具有直線運動的慣性，顆粒離開流體主流而撞擊到濾材上，當流體改變運動方向時,慣性使顆粒撞擊到濾材表面, 因吸附力的存在顆粒便停留在撞擊表面。當流經過濾介質時流體必須沿彎曲通道行進.這將增加該過濾機理的有效性。
過濾介質的過濾/分離效率由于直接攔截 慣性撞擊 擴散攔截的共同作用而增強。
852443SMX3 30.100403
852443SMX3V 30.100403V
852444DRG10 30.100710W
852444DRG100 30.100700W
852444DRG100V 30.100700WV
852444DRG10V 30.100710WV
852444DRG25 30.100725W
852444DRG25V 30.100725WV
852444DRG40 30.100740W
852444DRG40V 30.100740WV
852444DRG60 30.100760W
852444DRG60V 30.100760WV
852444MIC10 30.100710
852444MIC10V 30.100710V
852444MIC25 30.100725
852444MIC25V 30.100725V
852444MIC3 30.100703
852444MIC3V 30.100703V
852444MICVST10 30.100710
852444MICVST10V 30.100710V
852444MICVST25 30.100725
852444MICVST25V 30.100725V
852444MICVST3 30.100703
852444MICVST3V 30.100703V
852444SM10 30.100710
852444SM10V 30.100710V
852444SM25 30.100725
852444SM25V 30.100725V
852444SM3 30.100703
UE319AP20Z 24.342003EV
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RF4-H-0912A 14.070912
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RF4-H-0925A 14.070925
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RF4-H-1806A 14.071806
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RK-H-0903A 14.070903
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RK-H-0910A 14.070912
RK-H-0925A 14.070925
RK-H-1806A 14.071806
RK-H-1810A 14.071812
ST8C-10 ERF34NMC
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ST8C-120 ERF34NMG
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ST8C-25-V ERF34FMD
ST8C-60 ERF34NME
ST8C-60-B ERF34NME
ST8C-60-V ERF34NME
TXW10-10 24.911310
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TXW10-CC10 24.911310
TXW10-CC10-B 24.911310
TXW10-GDL10 24.911310
TXW10-GDL10-B 24.911310
TXW3-10-B ERF12NCC
TXW3-CC10-B ERF12NCC
TXW3D-10 ERF13NCC
TXW3D-10 ERF13NCC
TXW3D-10 ERF13NCC
TXW3D-10-B ERF13NCC
TXW3D-10-B ERF13NCC
TXW3D-10-B ERF13NCC
TXW3D-20-B ERF13NFD
TXW3D-CC10 ERF13NCC
TXW3D-CC10 ERF13NCC
TXW3D-CC10 ERF13NCC
TXW3D-CC10-B ERF13NCC
TXW3D-CC10-B ERF13NCC
TXW3D-CC10-B ERF13NCC
TXW3D-GDL10 ERF13NFC
