Retention and Drainage Aids

Efficient Retention & Drainage Enhancement

Reduce white water concentration, improve fiber/filler utilization, enhance paper quality & lower production costs.

Overview

Overview

Description

These aids reduce white water concentration, enhance first-pass retention, and improve fiber, filler and raw material utilization. They effectively minimize wet-end debris deposition, boost paper machine efficiency and paper quality, improve pulp drainage, reduce steam consumption and lower production costs. Featuring good applicability, high cost-effectiveness, and eco-friendly safety.

Key Advantages

Improve first-pass retention and increase raw material utilization

Reduce wet-end deposits and ensure stable paper machine operation

Enhance pulp drainage performance and reduce steam consumption

Suitable for various paper grades, cost-effective, green and safe

Products & Specifications

Trade Name		Main Components	Product Form	Typical Properties	Application Fields
Papformer^®	VG700 series	Cationic Polyacrylamide	Granulate	1. Medium high MW 2. Low charge density	1. Printing and writing papers 2. Art papers 3. Newsprints 4. Package papers 5. Liners 6. Testliners 7. Duplex boards 8. Ivory boards 9. Corrugated mediums, etc.
		Cationic Polyacrylamide	Granulate	1. High MW 2. Low charge density
		Cationic Polyacrylamide	Granulate	1. High MW 2. Low charge density
		Cationic Polyacrylamide	Granulate	1. High MW 2. Medium charge density
	V700 series	Cationic Polyacrylamide	Liquid	1. High MW 2. Easy to dissolve and handle
		Cationic Polyacrylamide	Liquid	1. Medium high MW 2. Easy to dissolve and handle
	VL7000 series	Cationic Polyacrylamide	Emulsion	1. High MW 2. Easy to dissolve and handle	1. Newsprints 2. Liners 3. Testliners 4. Duplex boards 5. Ivory boards 6. Corrugated mediums, etc.
Netocatch^®	FR6000 series	Anionic Polyacrylamide	Emulsion	1. Super high MW 2. High dissolving speed	1. Printing and writing papers 2. Art papers 3. Newsprints 4. Liners 5. Testliners 6. Duplex boards 7. Ivory boards 8. Corrugated mediums, etc