20231211100013

The 1-micron customized sintered stainless steel wire mesh filter disc is an excellent choice for precise filtration. It is manufactured through laser cutting of sintered wire mesh, achieved by fusing the mesh at high temperatures in a vacuum environment.

Sintering ensures uniformity of the original weave, while also fixing the size, shape, and porosity at the micron level. The sintered mesh can be single or multi-layered, offering high strength and rigidity. Depending on specific requirements, the sintered metal filter discs can be shaped as circles, rings, squares, ovals, or sectors. Additional outer rings can also be added upon customer demand. These sintered mesh filter discs find extensive use in filtration processes across various industries, effectively separating gas and liquid and filtering oils and fuels.

Products Specifications

Material	stainless steel 316L
Filtration rating	1 micron
Diameter	φ120mm
Thickness	3mm
Hole size	As drawing

Products Features and applications

Features

High rigidity and stability, result in a long lifespan.

Outstanding resistance to corrosion, acids, alkalis, and wear.

Excellent heat resistance, enabling usage within a temperature range of -200°C to 600°C.

Multiple filter grades are available, ensuring high filtration precision suitable for diverse applications.

Impressive dirt-holding capacity.

Easy cleaning and reusability, reducing downtime.

Applications

Sintered metal filter discs are widely applied in the filtration of corrosive liquids, gases, catalyst recovery, steam treatment, and gas-liquid jetting within several industries:

Petrochemical and chemical industries.

Pharmaceutical industry.

Plastic industry.

Automotive industry.

Food and beverage industry.

Metallurgical industry.

Environmental sector.

Aerospace industry.

Working principle

The fluid involved in the filtration process enters the filter housing through the inlet. As the fluid flows, the filter media captures and retains undesired particles. This process continues until the filter basket becomes full and can no longer retain more contaminants. To ensure efficient filtration, the filter basket must be removed and the contaminants cleared.