Replace Oil Filter STR0704BG1M90P01
Product SpecificationsHuahang
Part number |
STR0704BG1M90P01 |
Filter layer |
Fiberglass |
Working temperature |
-25℃~+110℃ |
Filtration accuracy |
1~25μm |
faqHuahang
STR070/4SG1M250 |
FMP0382BAG2M25NE8 |
STR1001SG1M90 |
MP1801A25HB |
MF1801A25HB |
MF1801P25NB |
HP3202M250AN |
STR-070-3-B-G1-M60 |
HP1351A10AHP01 |
MF1001P25NB |
HP3202250AN |
CML2-M-S-X-40-EU |
STR1402SG1M90 |
MF1002P25NB |
BS-LPA-M-110-E |
BS-LPA-M-110-EU |
MF7501P25NB |
MF7501A25HB |
CML2-M-S-X-40-EU |
HP1351A10ANP01 |
CS150P10A |
FMP0382BAG2M25NP01 |
CH-150-A25-A |
MF1001A06HB |
MF1801P25NB |
HP0372M25NP01 |
HP1351A25ANP01 |
HP0653A03AHP01 |
CU250M250N |
FMP0651BAG2M60NP01 |
FHP135-2-BAG2/A10N/T2 |
HP3203A03AHP01 |
MPH2502COSAG1A25VR |
HP0651M60 |
MPF400-3-AG3/P10NB/T |
SF504M25OW |
CU250M60N |
MPH2501CDSAG1A16FX15 |
CS-150-P25A |
SF503M25OW |
CU040M250 |
MR2504A10A |
MPF1801AG1M60NB |
SF510M25OW |
HP0371A25AN |
FMM0502BACA06NP03/E7 |
MPF0301AG1A10HB |
CU200M60N |
HP0371M25AN |
HP0502A06ANP01 |
MF0301A10HB |
N6HFO |
MF1003M25NB |
STR0703BG1M60 |
MPF1003AG1A25HB |
N7HF0 |
MPT0213SAG2A10HBT/315 |
MPT0213SAG2A10HBT/35 |
MF1003A25HB |
LVA20-TAPM12S01 |
STR-140-4-S-G1-M90 |
MF0203A10HB |
MF1801A25HB |
LVA30-TAPM12S01 |
LPA2-W-M-S-1B-30-EU |
LPA2-M-C-X-30-EU |
MF1003A10HB |
CS-070-A25-A |
MF0203A10HBHT |
BS-LPA-M-110-EU |
MPF1002AG1M25NB |
LMP2502BAF1M25N/E6 |
HP0502A06ANP01 |
CS-050-A03-A |
SF510M60 |
MF1801M25NB |
STR0703BG1M60 |
FMP0652BAG1A10NP01 |
SF503M60 |
HP3203A10AN |
STR1003SG1M90 |
HP0652A03AN |
FHP3202SAG3250NP01 |
LPA2-W-M-S-X-30-EU |
MPF1801AG1A25HBV1 |
SF2250AF1RM90 |
HP0502A06ANP01 |
BS-LPA-M-110-EU单价 |
MF1801A25HB |
SF250M90N |
MF0203A10HB |
LPA2-W-M-S-1B-30-EU |
CU100M60V |
CG100P10A |
SF504M90 |
MF4001P25NB |
MF4001M25NB |
HP1351A10ANP01 |
STR0703BG1M60 |
MPH2503CDSAG1A10 |
STR1005SG1M90 |
MPM075G1M60 |
SK0040 |
MR2503A10A |
STR1406SG2M90 |
MPM075G2M60 |
STR1004SG1M90 |
HP3201D10AN |
HP0653M25AN |
MPA075G1M60 |
STR1405SG1M90 |
MF4002A10HB |
HP0372A25AN |
MPA075G2M60 |
MF1801A10HBP01 |
FMP1353BAG2A10NV7 |
HP0375A10AN |
MPM430G1M60 |
CS050A03A |
STR1002SG1M90 |
HP0372A25AN |
MPM430G2M60 |
HP0651A10ANP0 |
STR1004SG1M90 |
1. Special design can achieve an effective filtration area of 100%;
2. Each component adopts a seamless fusion method, which solves many problems that originally existed in use and ensures safety;
3. The design adopts a metal folding frame, which can be reused and replaced;
4. The density of the filter material shows an increasing structure, achieving high efficiency, low resistance, and large dust capacity;
Special design can achieve an effective filtration area of 100%;
2. Each component adopts a seamless fusion method, which solves many problems that originally existed in use and ensures safety;
3. The design adopts a metal folding frame, which can be reused and replaced;
4. The density of the filter material shows an increasing structure, achieving high efficiency, low resistance, and large dust capacity;
HOW TO CHOOSE OIL FILTERHuahang
1. Inlet and outlet diameter
In principle, the inlet and outlet diameter of the stainless steel filter element should not be smaller than the inlet diameter of the matching pump, generally consistent with the inlet pipeline diameter.
2. Selection of nominal pressure and aperture mesh
Determine the pressure level of the stainless steel filter element based on the maximum pressure that may occur in the filtration pipeline, mainly considering the particle size of impurities to be intercepted, according to the process requirements of the medium flow.
3. Filter Element Material
The material of stainless steel filter cartridges is generally chosen to be the same as the material of the connected process pipeline. For different service conditions, cast iron, carbon steel, low alloy steel, or stainless steel filter cartridges can be considered.
4. Filter element resistance loss
Calculate the pressure loss based on the actual medium. The installation of filter elements should not affect the normal operation of the system. The number of filter elements can be increased according to the situation to reduce the pressure loss.