Cationic Polyacrylamide for Pulp Retention System
|FOB Unit Price:||US $3,200 US $2,800|
|Purchase Qty. (Tons)||FOB Unit Price|
|Payment Terms:||L/C, T/T, Western Union|
- Model NO.: C-PAM
- Environmental Protection: Yes
- Appearance: Granulars
- Producing Flow: Paper Processing Chemicals
- Trademark: bluwat
- Specification: ISO approved
- HS Code: 39069010
- Certification: REACH, ISO 9001
- Color: White
- Kind: Retention Aid
- CAS: 9003-05-8
- Transport Package: 25kg
- Origin: China
Recommend cationic polyacrylamide for paper retention aid: C-8030
As agent of retention and filtration, Cationic Polyacrylamide can increase the retention of the fiber and other additives, and accelerate filering and the dehydration, the fiber first layer retention can be increased 10%, then starch retention increased also, it is favorable for using the starch as the layer strengthening agent. Meantime, the profits is increased, also the fuction of filtration is improved, generally speaking, the high molecular weight polymer is more suitable for retention, and the low molecular weight polymer is suitation for filtration.
1, Medium to low molecular weight
2, Medium cationic ion degree
3, Fast dissolve time
Retention aids (molecular mass 5-20 million grams per mole); Dry-strength agents (mass in the 100, 000s g/mol). Some dispersants (lower mass, usually) have similar compositions.
1 Improve the retention rate and reduce fiber on the net and other chemistry raw material cost.
2 Better fiber, collid, and stuffing retention, better paper quality.
3 Low white water concentration, reduce solid content ratio, strengthening recovery rate of papermaking white water.
Recommend grade(used in saigon paper factory):
1. Low molecular weight with low density charge
2, Middle molecular weight with middle density charge
Recommend Dosage: 100-500g/ ton paper
Recommend Solution: 0.3% solid content
Attention for dosage: Dilute with lot of pressure water when pump into the system.
25kg/plastic enhanced paper bags with inner plastic bag, 25kg/PE bags
|Grade||Molecular WEIGHT||Charge density||solid content||Dissolving time|
|Cationic polyacrylamide||5-7 million||20% -30%||89% min||60 minutes max|