Resin Catcher Wrapped Johnson Wire Screen Tube Stainless Steel 316l For Resin Filter

Stainless Steel 316 L Resin Catcher Wrapped Wire Tube For Resin Filter is composed of v-shaped wire winding and support strip, adopting the world's advanced full-winding welding production technology. V-shaped openings are formed between the crevices of screen tubes. The design works more efficiently than other products and ensures smooth water filtration.

The trapezoidal wire continuous winding forms a continuous high-density uniform gap on the supporting wire in a circular arrangement, ensuring the opening area of schroeder sieve tube and no obstruction, and avoiding the high-density accumulation of sediment, providing a guarantee to improve the production efficiency and prolong the service life of the filter.

The winding wire and all supporting wires are connected by electric welding, durable, longer working life cycle. Longitudinal arrangement of supporting wire and continuous gap form of screen tube designed according to actual demand make the product have higher compression performance.

• Resin: Feed device for ion exchanger, water device and resin trap, prevent broken resin into the next production systems
• Beer and other alcohol filtration: Candle type filter element in candle type diatomite filter is coated with diatomite
• Iron and steel: Used for water treatment and filtration in raw material yard and sinter pelletizing plant
• Automobile: Coating production line, in automobile, tractor, motorcycle, engine manufacturing water
• Power plant: Used for precision pretreatment of high pure water preparation of power plant boiler
• Petrochemical industry: In the circulating water field to do side filtration treatment
• Agricultural gardens and paper factories: In the nozzle and nozzle system
• Mine: Filter the underground spray water to ensure the normal operation of the system
• Water supply and sewage treatment: Used in the pretreatment system, improve the efficiency of system operation
• Food and beverage: Used for separation of solid and liquid, preliminary consideration