Powder Sintered Filter Cartridge

The filter material of this filter element is stainless steel powder. In the production process, no adhesive is used.

Ordering Information
YTFMRemoval RatingsCommon DiameterSizeEnd capSeal ring materialMaterialExample


0045=0.45μm
0100=1μm
0300=3μm
0500=5μm
1000=10μm
2000=20μm
3000=30μm
5000=50μm
10000=100μm
=20
=38
=60
......
Customization
5=5"
10=10"
20=20"
30=30"
40=40"
F=Flat
=222
=226
= M30Thread
S=Silicon
V=Viton
E=EPDM
B=NBR
CP=PEFE
A=S304
=S316L
=Ti
YTFM0010-5-FSA


The filter material of this filter element is stainless steel powder. In the production process, no adhesive is used. It is prepared by cold and static pressure molding of metal powder, high temperature vacuum sintering and welding, and has high strength and overall high performance. New metal porous filter element. The sintered filter element of stainless steel powder can achieve precision filtration of micron level, and is resistant to high temperature and easy to clean. It is widely used in petroleum, chemical, fine chemical and coal chemical industries.

Application

1. Electronic industry: pre-filtration of reverse osmosis system, pre-filtration of deionized water.

2. Pharmaceutical industry: de-carbonization filtration of desalinated water.

3. Food and beverage industry: filtration of mineral water, beverages, juice, and wine.

4. Chemical industry: filtration of carbon, high temperature acid and alkali liquid.

5. Petroleum industry: heavy oil coking gas filtration.

6. Other: low temperature gas and oil dust removal.

Product Structure

Filter material: stainless steel 316L powder/titanium powder

Structure form: filter plate/filter element/cone

Upper and lower end caps: 304/316L

Sealing ring: see order information table

Outer diameter: 60mm  Filter area: 0.05㎡/10"

Length 5" 10" 20" 30" 40"


Titanium Powder Filter Element Product Performance

Max. working temperature  ≤280℃

Max. working pressure drop ≤0.6Mpa

Stainless Steel Powder Filter Element Product Performance

Max. working temperature  ≤400℃

Max. working pressure drop ≤1.0Mpa

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