CONCENTRATION TO INNOVATION FOR REVOLUTION
NanoFiltech focus on the R&D, manufacture and sales of high-class functional nanofiber materials.
UPDATE
The high-efficiency and high-throughput nanofiber liquid filtration material is a kind of composite filter material developed for the removal of water and impurities in fuel (diesel), industrial oil-wet liquids such as heavy aromatics, hydraulic lubricants and other liquids. The key point is that the nanofiber layer has better management ability for water and particulate matter. The porosity is >85%.
■ Filtering level by level, capture different particle size, improve the lifespan of the filter media;
■ Independent R&D technology, the diameter of the single fiber is down to 100~400nm, the small aperture increases filtration efficiency obviously (@1μm);
■ Oleophilic& hydrophobic media, separating oil-water mixture with high filtration efficiency;
■ High throughput& low pressure drop filtration at low pressure conditions.
BRIEF INTRODUCTION
ADVANTAGES BY COMPARASION
TDS FOR LIQUID SEPARATION MEDIA
|
Product name |
Function |
Weight （g/㎡） |
Thickness （mm） |
Maximum/ Minimum aperture （μm） |
Average aperture （μm） |
Fiber diameter (nm) |
Particles filtration efficiency (%) |
Particle content befor filtration (quantity/ml) |
Particle content after filtration (quantity/ml) |
Water content before filtration (quantity/ml) |
Water content after filtration (quantity/ml) |
Throughput （L/㎡·h） |
|
FRB5030 @1μm |
particle- water |
190±5 | 1.00±0.02 | 4.77/1.56 | 1.62 | 200-600 | 99.5 | 25346 | 99.72 | / | / | ＞945 |
|
FRB5035 @5μm |
particle- water |
187±3 | 0.92±0.02 | 8.7/2.6 | 4.3 | 200-400 | 99.1 | 13281 | 110.7 | / | / | ＞1850 |
| FRB5018 |
Oil- water |
160 | 1.02±0.05 | 7.6/3.3 | 3.4 | 100-600 | 97.47 | / | / | 2743 | 69 | ＞1270 |
Test method:
■ For FRB5030&FRB5035, this test is A laboratory self-test. A3 powder and No. 0 diesel are configured with solid-liquid mixture. After being filtered by the filter device from position A to position B (total flow rate 50ml) (initial pressure about 0.5KPa), then measureed the particulate matter content before and after filtration with the particulate matter counter, and calculated the interception efficiency;
■ For FRB5018, this test is A laboratory self-test. Pure water and No. 0 diesel oil mixed and filtered by the filter device at a height of 10cm (pressure about 0.85KPa), then measured the water content before and after filtration with the cassette moisture tester and calculated the filtration efficiency.
PART OF APPLICATIONS
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