The advantages of the stainless sintered filter element

The advantages of the stainless sintered filter element

Stainless Steel Sintered Filter Element is made of different types of metal diffussion, It is widely used in industry, here we look at the advantages of stainless sintered filter element.

 

The elevated micrometric porosity of these filter element is useful for many applications:

 

Filtration of fluids. stainless sintered filter element a porosity is able to retain the solid particles contained in a liquid or gaseous fluid, and also to separate liquid and solid phases. The application sectors are: automotive, marine, aeronautical, rail, industrial machinery, household appliances, heating, water depuration, food industry, chemical and nuclear industry, packaging manufacturing, tobacco pipes and electronic cigarrettes, etc.

 

Pressure drop. stainless sintered filter element a porosity decreases the pressure of the fluid that circulates through it. Differents aplications are: pressure control in pneumatic and hydraulic circuits (compensators, drainers, regulators), noise absorption of gas piping (Silencers), pneumatic cylinders, sensors and manometers protection, gearboxes, etc.

 

Flow control. The isotropic and homogeneous porosity allows that a fluid that circulates through it have a constant flow at the exit of the porous part, specially when the flow is generated by capilarity. Typical applications are heat exchangers, medical gases, scuba diving, industrial gases, etc.

 

Aeration. The air circulation through porosity results in a constant and controlled air flow at the exit of the porous component. The use sectors are: liquids regassing in food industry (liqueurs, wines, gas beverages), ionisation, gas burners, aquaria, clinical analysis, etc..

 

Fluidisation. The air circulation through the porous component has as result that the exit flow is distributed with the same pressure in all points, allowing then the controlled handling of powdered products. This property is used for: transporting cement, flour, alumina, ashes, toner powder, etc.

 

Antimoisture. Porosity is able to retain and condense the moisture contained in a gas that circules through it. Typical applications are: drying in general, electronic equipments protection, etc.

 

Flame protection. Presence of a porous component before a flame avoids accidents in case of flame return. Typical applications are: gas burners, heaters, welding facilities, etc.

 

 



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