1.Application of anionic mixed bed ion exchange water filter system equipment

According to exchanging filler, Ion Exchanger divides into three types :Cation and Anion beds ,Mixed bed and Regenerated bed. Cation and Anion beds run by countercurrent regeneration; According to regeneration style , Mixed bed classifies into three types: column inside regeneration,anion resin transferring outside regeneration and Cation and Anion resin all transferring outside regeneration.Regeneration process and regeneration device are used to regenerate resin transferred out of mixed

Ion exchanger includes: water softener(also called sodion exchanger),anion and cation exchanger,mixing ion exchanger,ect. Housing material can be FRP (fiberglassreinforced plastics), carbon steel with rubber lining and stainless steel with rubber lining, ect.

Product Description

Mixing Ion Exchanger

Mixing Ion Exchanger can mix and feed anion and cation exchange resin in the same exchange at certain proportain, and the exchange reaction for removing anion and cation can be held similtaneously, it features high deaslting rate, and the quality of output water is obviously higher than that of anion and cation exchange as the key equipment for producing ultra pure water.

Anion and Cation Exchanger

It can form various compound desalt system with the independent cation exchange or independent anion
exchanger, and can remove most dissolving salts from water. It can be used for water desalting and water
softening according to the technique demand as the basic equipment necessary for various ion exchange
water treatment.

Product Flow Chart

3.Flow chart of anionic mixed bed ion exchange water filter system equipment

Product Feature

4. Feature of anionic mixed bed ion exchange water filter system equipment

Widely used in pretreatment of pure water production line in boiler, thermal power station, chemical, light industry, textile, medicine, biology, electronic, atomic energy; hard water soften and deionization in industrial processing; purification of food and drugs, reuse of precious metals and chemical raw materials, waste water of electroplating, ect.