Sintered mesh filter elements are a core component of various filtration devices.
Typically, these elements are made from stainless steel as the base material for the woven mesh, and they are processed to create a new type of filtration material with excellent performance and filtration efficiency.
They can be shaped according to specific requirements. The pores in these filter elements are crisscrossed, providing good resistance to both high and low temperatures, as well as excellent corrosion resistance, allowing them to be used in acidic and alkaline environments.
Sintered mesh filter elements also have high toughness, making them easy to weld, install, and remove.
Their pore size is stable and evenly distributed, ensuring consistent filtration performance while also providing high filtration accuracy and efficiency.
Not only do they have a high flow rate per unit area, but they also have a long service life, which effectively reduces costs.
backwashed and regenerated, allowing for multiple uses without deformation, thus further enhancing the cost-effectiveness of filtration.
Main connection methods:
1. Standard interfaces (such as 222, 220, 226);
2. Quick-connect interfaces;
3. Threaded connections;
4. Flange connections;
5. Rod connections;
6. Custom-made connections.
Application areas:
These filter elements are used in various industries, including polyester production, water treatment, oil products, pharmaceuticals, food and beverage processing, chemicals, chemical fiber production, as well as for filtering media such as high-temperature air.
Stainless Steel Wire Mesh Cartridges excel in applications requiring surface filtration with excellent mechanical strength and easy cleaning. Their smooth pore channels facilitate effective backwashing and regeneration, making them ideal for high-temperature
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