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| Filter Raw Material | SUS304 / 316L / 904L / Hastelloy |
| Filter Media | Stainless steel wire mesh |
| Filtration Rating | 25 - 300 μm |
| Wire Mesh Size | 10 - 400# |
| Filter Shapes | Round / Oval / Square / Rectangle / Kidney shape |
| Working Temp. | -200℃ to 800℃ |
This wire mesh filter utilizes meticulously selected materials, including SUS304, 316L, 904L, and Hastelloy. These materials offer excellent corrosion resistance, high temperature resistance, and oxidation resistance, operating effectively in a wide temperature range of -200°C to 800°C. In addition to stainless steel, nickel, copper, brass, and monel wires can also be used. Advanced weaving techniques ensure high strength and durability, extending equipment lifespan and providing a solid foundation for long-term filtration.
The filter system is meticulously designed, offering flexible adjustment of filtration accuracy between 25 and 300 microns, with mesh sizes ranging from 10 to 400#. Multi-layer filters utilize a unique progressive screening design, with pore size gradually decreasing from the outer to inner layer. Outer large pores intercept coarse impurities while inner micropores finely filter small particles. This design stabilizes melt flow pressure (fluctuations < ±0.5%), reducing strand breakage and ensuring polymer melt purity.
This filter offers high strength and stable performance, enabling continuous filtration during plastic extrusion without frequent replacements. Uniform pore sizes eliminate performance fluctuations. Furthermore, the automatic filter change functionality allows seamless screen switching without stopping production, significantly reducing labor and downtime while boosting overall efficiency.
The filter screens come in a variety of shapes including round, oval, square, rectangular, and kidney-shaped options, allowing seamless adaptation to diverse production equipment. Beyond plastic extrusion and recycling, it is widely suitable for separation and filtration in petroleum, chemical, pharmaceutical, rubber, and food processing industries.
In plastic recycling machines and plastic extruders, this filter acts as a core component for removing impurities from molten polymers and ensuring recycled plastic quality. In the petroleum industry, it purifies crude oil and refined products. In chemical production, it separates complex raw materials and intermediates. In pharmaceutical manufacturing, it safeguards raw material purity to comply with strict standards. In the food industry, it effectively filters liquid ingredients to maintain high hygiene and safety standards.
