Non-ionic/Zwitterionic polyacrylamide

They have been widely used to purify industrial waste water and other chemical waste water treatment fields.

1. Non-ionic polyacrylamide(Dry powder)

Technical Specification:

Exterior: White particles

Solid Content: > 88%

Ion Degrees: ≤ 3%

Dissolving Time: ≤ 60 minutes

   Non-ionic polyacrylamide is homopolymerized by polyacrylamide with high purity, good solubility, high molecular weight. The products are linear polymers with high molecular weight and low ion degree. It is endowed with the functions of flocculation, dispersion, thickening, glues, film formation, gel, stable colloidal system because of its special groups.

   Sewage treatment agent: When sewage is acidic, non-ionic polyacrylamide are the most suitable flocculants, and they shows best water treatment effect especially with the use of inorganic flocculants.

Textile industry: Being added some other chemicals, it can be formulated as chemical slurry for textile sizing.

Sand-fixation sand: In a certain concentration, the products can be used for sand control and sand-fixation by adding crosslinking agent. In the arid areas, they can be used as soil moisturizing agents and also be used in construction, building glue, interior wall paint,etc.

2.Zwitterionic Polyacrylamide

Technical Specification:

Exterior: White particles

Cationic degree: 5-50%

Anionic degree: 8-15%

Solid Content: >88%

Dissolving Time: ≤ 60 minutes

Zwitterionic polyacrylamide is ternary copolymerized by cationic monomers, acrylamide monomers and hydrolysis agent .The molecular chains of these products are zwitterionic irregular polymer including both positive charge and negative charge.The appearance of the product is fine white particles or powder solid.

These products can be used for sludge dewatering agent, especially when water quality is more complex or the sludge dewatering in oil refineries and chemical plants who often changes, they work better.The performance of the product as water treatment flocculating agent to reduce the surface tension is much larger than the anions and cations existing alone under the same conditions.

Non-ionic/Zwitterionic polyacrylamide