Stainless steel skeleton wire wound filter element

The stainless steel skeleton wire wound filter element is made of high-strength PP or stainless steel inner skeleton, stronger pressure resistant materials such as degreasing cotton or fiberglass, and tightly wound on the skeleton according to specific computer processes, forming a honeycomb structure with sparse outer and dense inner. It has excellent filtering characteristics and can effectively remove suspended solids, rust, particles and other impurities in the fluid. Polypropylene wire wound filter can be used for non organic solvents such as acid and alkali, chemical solutions, etc; Can be used in various industries such as organic solvents, water, oil, alkaline solutions, beverages, pharmaceuticals, etc.

Product characteristics

·Can withstand high filtration pressure;

Has good chemical compatibility;

·The filter element can be made of various materials to meet the needs of liquid filtration;

·The structure with dense inside and sparse outside of the filter aperture has good deep filtration effect;

·It can effectively remove suspended solids, particles, etc. in liquids with low pressure drop and large pollutant capacity.

technical specifications

·Filter size: Outer diameter: 63mm, 115mm

Inner diameter: 28mm, 30mm

Length: 10 ", 20", 30 ", 40"

·Component Material: Filter Material: Polypropylene (PP), Degreasing Cotton, Fiberglass

Center pole: polypropylene, stainless steel

·Filter performance: Filtration accuracy: 1 μ m, 5 μ m, 10 μ m, 20 μ m, 30 μ m, 50 μ m, 75 μ m, 100 μ m

application area 

·Pre filtration treatment for general drinking water;  

·Filtration of acidic and alkaline liquids in chemical processes;

·Filtration of chemical raw materials and organic solvents;

·R. O Reverse osmosis pre filtration treatment;

·Filtration of various slurries such as syrup and chocolate;

·Filtering of imaging drug solution and ink;

·Pre filtration treatment of sterile water and ultrapure water;

·Industrial water, filtration of electroplating solution.