Ion exchange resin is a kind of macromolecule compound with a functional group (an active group of exchange ion), network structure and insolubility, usually spherical particles. The ion exchange resin chemistry has many advantages.

With the continuous development of ion exchange technology, ion exchange resins have been widely used in industrial water treatment, hydrometallurgy, drug separation and purification, organic purification and purification, industrial catalysis and other fields.

Ion resin is often divided into two types: gel type and macroporous type. The polymer skeleton of gel-type resin has no pores in dry conditions. It swells when it absorbs water, forming very fine pores between macromolecular chains, commonly known as micropores or ion exchange resin.

Ion exchange resin is widely used because of its characteristics. There are countless domestic manufacturers of ion exchange resin for sale, and Sunresin, a professional manufacturer of ion exchange resin, is trustworthy. So what are the main applications?

Ion exchange resin is a kind of macromolecule compound with functional group (active group of exchange ion), network structure and insolubility. Its full name consists of classification name, skeleton (or gene) name and basic name.

The weak anion exchange resin is divided into macroporous type and gel type, and the skeleton is divided into styrene and acrylic acid system. The strong anion exchange resinis also divided into macroporous type and gel type, and the skeleton is also divided into styrene and acrylic acid systems. Styrene resin belongs to rigid sphere, while acrylic resin sphere has better toughness.

Ion exchange resin, as a special macromolecule compound with selective adsorption and exchange functions, has played an important role in industry, agriculture, processing and manufacturing industries. It can be predicted that ion exchange resins will play a more important role in the future with the continuous development of various industries and the progress of science and technology.

The functional group of the resin determines the properties and uses of the resin.