Bronze sintered filter element Breathable powder Muffler Copper particle filter element Coal mineral oil

Bronze sintered filter element Breathable powder Muffler Copper particle filter element Coal mineral oil

Copper powder sintered filter element, copper powder sintered element is made of copper alloy powder through high temperature sintering, the pores are uniform and stable, the filtration precision is high, the purification effect is good, and the pressure loss is small.

The copper powder sintered filter element is composed of spherical powder with high porosity, uniform pore size, small initial resistance, easy backflushing, strong regeneration ability and long service life. Scope of application of copper powder sintered filter element: suitable for filtering gas, liquid, fuel oil, widely used in petroleum, chemical, automobile, tractor, aircraft, shipbuilding industry, and also widely used in filter elements of pneumatic and hydraulic circuits.

Due to the wide variety of products, the specific prices cannot be marked one by one. The above prices are for reference only. For details, please consult customer service!

spherical particles

tightly bound

High porosity

Uniform aperture

Various special-shaped parts can be processed and customized

Properties of Bronze Sintered Porous Materials

1) High temperature resistance, normal use below 500 ℃.

2) High mechanical strength, good plasticity, and can be processed.

3) Corrosion and oxidation resistance, can be used in nitric acid, sulfuric acid, dilute hydrochloric acid (5%), acetic acid, liquid hydrogen, liquid nitrogen environment.

4) Good molding process, can be processed according to customer drawings.

5) High filtration precision and good purification effect.

6) The pores are uniform, the internal structure is stable, and no particles fall off.

7) Good air permeability, easy to backflush cleaning, online regeneration and reuse.

8) Wear and impact resistance, good mechanical properties.

Application of Sintered Porous Bronze Materials

 1) Impurity removal filtration, material decarbonization filtration and fine filtration in the production process of chemical raw materials.

 2) Ultrafiltration, RO, EDI system safety filtration in water treatment.

 3) Clarification and filtration of finished products in the food and beverage industry.

 4) Filtration and recovery of petrochemical precious metal catalysts.

 5) Precision filtration of liquid raw materials, products and pharmaceutical intermediates in the chemical industry.

 6) Reverse osmosis safety filtration in the field of oilfield water injection filtration.

 7) Gas purification of steam, purification of compressed air oil.

 8) Medium purification and flow restriction of pneumatic components, lubricating oil, fuel oil and hydraulic system.

 9) High temperature decarburization in chemical dye industry.

Bronze sintered porous materials are allowed to be used in: nitric acid, sulfuric acid, acetic acid, oxalic acid, phosphoric acid, 5% hydrochloric acid, molten sodium, liquid hydrogen, liquid nitrogen, hydrogen sulfide, acetylene, hydrogen, carbon dioxide gas, water vapor, etc.

Precautions for the use of bronze sintered porous materials

1) Avoid scratches, collisions, smashes and other damages from hard objects during installation, disassembly, and cleaning.

2) The filtrate should be filtered from the outside to the inside, and the reverse direction should be avoided.

3) Avoid instant rapid pressurization when the filter element is working.

4) When the filtration efficiency is lower than 50%, the filter element should be cleaned in time.

5) When cleaning the filter element, first use pure gas to backflush, and the backflushing gas pressure is 1.5 times the working pressure. Each backflushing time is 3-5 seconds, and the backflushing time is 4-6 times. Then backwash with water for 3-5 minutes, repeat 2-3 times.

6) If the filter element is not effective after online backflushing and backwashing, it should be removed and cleaned in time.

Cleaning method of bronze sintered porous material

1) The decarbonization filter element in the pharmaceutical and chemical industry mainly adopts the method of backflushing and backwashing, and the combination of ultrasonic cleaning has the best effect.

2) The filter element in the water industry is mainly soaked with 5% nitric acid.

The original liquid filter element should be soaked with acid washing (5% nitric acid) or alkali washing (3-5% sodium hydroxide), and then ultrasonically cleaned according to the chemical properties of the filtered impurities.

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