Punching plate composite mesh filter element
Product Introduction:
Punched plate sintered mesh is a new type of filter material composed of a standard material (stainless steel 304 or 316L) punched plate and several layers of square hole mesh (or dense mesh) composite sintered together. Punching plates can be selected with different thicknesses as needed, and flat woven mesh can be one or multiple layers. Due to the support of punched plates, the compressive strength and mechanical strength of the composite mesh are very high. The two sintered together have both the good breathability of a flat woven mesh and the mechanical strength of a porous plate. Can be processed into cylindrical, disc, sheet, conical filters, widely applicable
Used in water treatment, beverage, food, metallurgy, chemical and pharmaceutical industries, etc.
Product Features:
1. Good rigidity and high mechanical strength, due to the support of punched plates, it has extremely high mechanical strength and compressive strength in sintered mesh
2. High filtering accuracy, with a filtering accuracy range of 1u-100u, and reliable filtering performance
3. Easy to clean, using surface filtration, especially suitable for backwashing;
4. Not easily deformed, with fixed mesh shape, uniform gap size, and no blind holes;
5. Corrosion resistant, high temperature resistant, capable of withstanding temperatures up to 480 ° C
Product parameters:
Filtering accuracy: accuracy 1-100um. Other accuracies can be customized according to the requirements of the demand;
Material: 316L/304 (customized for Monel alloy, 904L, C276, 2205, 2507, etc.)
Size: Customized according to the technical requirements of the customer
Applicable temperature: -200 ° C~600 ° C, normal temperature 480 ° C, instantaneous high temperature 600 ° C
Connection method: flange, thread, quick clip, pull rod, standard (such as 222, 226, etc.) Other special interfaces can be customized according to the requirements of the customer; Filtering direction: divided into two types: outward inward and inward, and inward outward.