Papermaking Retention Aid

Papermaking Retention Aid
Product Introduction:
Cationic polyacrylamide, as a key wet-end chemical in the papermaking industry, has become an ideal choice for improving paper quality, reducing raw material costs, and enhancing production efficiency due to its excellent strengthening, retention, and drainage performance.
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Description
Technical Parameters

Shandong Ecolink Technology Co., Ltd. is one of the most reliable manufacturers and suppliers of papermaking retention aid in China, featured by quality products and good service. If you're going to wholesale high quality papermaking retention aid, welcome to get more information from our factory.

 

Product Overview

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Cationic polyacrylamide, as a key wet-end chemical in the papermaking industry, has become an ideal choice for improving paper quality, reducing raw material costs, and enhancing production efficiency due to its excellent strengthening, retention, and drainage performance.

This paper retention aid effectively solves problems such as severe fiber loss, insufficient paper strength, and poor dewatering efficiency. Our company provides customized wet-end chemical solutions for papermaking customers with high-quality products, professional technical support, and comprehensive services.

Products Description

Cationic polyacrylamide (CPAM) is produced in large-scale manufacturing facilities using standardized production processes under ISO quality management systems. Each batch can be supplied with a certificate of analysis, and sample testing is supported to verify performance before bulk purchasing, ensuring product suitability in advance. The stable quality and transparent testing system make procurement safer and more reliable.

Cationic polyacrylamide (CPAM) is a linear polymer with positively charged functional groups (such as quaternary ammonium groups) on its molecular chain, enabling strong electrostatic adsorption with negatively charged pulp fibers and fillers. It appears as a white granular or powder material, easily soluble in water, non-toxic, and non-corrosive.

In the papermaking industry, CPAM can be used as a dry-strength agent, retention aid, and drainage aid, significantly improving paper quality, reducing costs, and increasing production capacity. As an efficient drainage and retention aid, it directly interacts with inorganic salts, fibers, and other organic polymers through electrostatic bridging, enhancing paper strength, reducing fiber and filler loss, and improving drainage efficiency.

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Product Parameter (specification)

Parameter

Technical Specification

Appearance

White granules or powder

Molecular Weight

6–12 million

Ionic Degree (Cationic Degree)

10%–60%

Solid Content

≥88%–90%

Residual Monomer

≤0.1%

Dissolution Time

≤60 minutes

Effective pH Range

4–9

Shelf Life

2 years

Packaging

25 kg PE-lined woven bag or paper-plastic composite bag

Main Functions

 

Dry Strength Agent (Core Performance Improvement)

Function: Improves tensile strength, burst strength, and folding resistance

👉 Recommended Combination:

Cationic PAM (dry strength agent) + surface sizing agent

👉 Customer Business Value:

Improves paper quality → enables higher selling price

Reduces defective rate → lowers material loss

Easier to target mid-to-high-end customers

As a paper dry strength agent, this product significantly enhances the physical strength properties of paper.

 

Retention Aid (Reduces Raw Material Loss)

Function: Increases retention of fibers and fillers

👉 Recommended Combination:

CPAM + anionic PAM (dual-component system)

👉 Customer Business Value:

Reduces fiber loss → direct cost savings

Stable dosage → supports long-term repurchase

Customers focus more on performance than unit price

 

Drainage Aid (Improves Production Efficiency)

Function: Accelerates dewatering and increases machine speed

👉 Recommended Combination:

CPAM + drainage & retention system

👉 Customer Business Value:

Increases paper machine speed

Boosts production output → higher revenue

Low investment, fast return → easy to sell

This pulp fiber retention agent performs particularly well in improving production efficiency.

 

White Water Treatment (Environmental & Recycling Benefit)

Function: Recovers fibers and reduces white water load

👉 Recommended Combination:

PAM + PAC

👉 Customer Business Value:

Fiber recovery → reduces raw material cost

Water recycling → lowers water consumption cost

Meets environmental requirements → reduces compliance risks

 

Product Advantages

Strength Enhancement

Advantage: Significantly improves tensile strength, burst strength, ring crush strength, and printability

👉 Customer Benefits:

Higher paper quality → higher selling price

Fewer breaks and defects → lower reject rate

Meets premium and export-grade standards

Improved Retention Rate

Advantage: Enhances retention of fine fibers and fillers

👉 Customer Benefits:

Reduces fiber and filler loss → direct cost savings

Improves raw material utilization → lower cost per ton

Reduces white water load → system stability improvement

Optimized Drainage Performance

Advantage: Faster dewatering and higher machine speed

👉 Customer Benefits:

Higher production efficiency and output

Lower steam and energy consumption

Improved operational stability and fewer shutdowns

Environmental Benefits

Advantage: Reduces raw material loss and wastewater load

👉 Customer Benefits:

Lower wastewater treatment cost

Easier compliance with environmental regulations

Reduced environmental pressure and risk

As a papermaking white water treatment flocculant, this product shows excellent recycling performance.

Easy to Use

Advantage: Good solubility, fast dissolution, strong compatibility

👉 Customer Benefits:

Shorter preparation time and higher efficiency

Lower labor and training cost

Reduced operational fluctuations caused by improper use

Cost Saving

Advantage: Effective at low dosage

👉 Customer Benefits:

High performance with low usage → excellent cost-performance ratio

Improves quality while reducing total cost

Enhances overall profit margin

papermaking retention aid application fields

This product not only improves paper performance, but also helps customers reduce cost per ton, increase production capacity, and build a high-repeat-purchase papermaking chemical product line. It has become a preferred additive for many paper mills.

 

Product Details

papermaking retention aid delivery

Raw Material Selection: High-quality acrylamide and cationic monomers are used to ensure high purity and low residual monomer content.

Polymerization Process: Advanced polymerization technology is adopted, resulting in narrow molecular weight distribution, excellent solubility, and high product stability.

Quality Control: A strict quality management system is implemented. Each batch is tested for key parameters such as solid content, molecular weight, ionic degree, and dissolution time.

Packaging & Transportation: Moisture-proof packaging is used to ensure stable performance during storage and transportation.

 

Production Stability & Supply Assurance

 

We adopt a mature production process for CPAM manufacturing, combined with an automated system and strict quality control framework to ensure long-term stable supply. Key parameters remain consistent across different batches, fully meeting customers' long-term usage requirements. Through continuous and stable product performance, we help customers establish reliable and consistent operating systems. Stable production is the foundation of long-term cooperation.

Customers benefit from reduced supplier-switching costs and more controllable operations.

 

Product Validation

Proven Technology

Cationic polyacrylamide has been used in the papermaking industry for decades, with mature and reliable technology.

Test Reports

Third-party authoritative inspection reports are available, and each batch is shipped with a factory inspection report.

Application Cases

Successfully applied in the production of packaging paper, cultural paper, tissue paper, and newsprint.

Customer Feedback

The product has received wide recognition for significantly improving paper strength and retention performance.

 

Customer-Oriented Services

Technical Support

Full technical services including product selection, lab testing, and on-site commissioning.

01

Sample Service

Free samples are provided to support laboratory testing and help determine optimal grade and dosage.

02

Customized Production

Molecular weight and ionic degree can be customized according to paper type and process requirements.

03

After-Sales Support

On-site technical guidance and continuous performance tracking with prompt response to customer needs.

04

Stable Supply

Large-scale production and sufficient inventory ensure timely and stable delivery.

05

Frequently Asked Questions (FAQ)

Q: 1. What is the main function of cationic polyacrylamide in papermaking?

A: CPAM plays three main roles in papermaking: as a dry strength agent to improve paper strength, as a retention aid to increase retention of fine fibers and fillers, and as a drainage aid to accelerate dewatering of pulp. Through electrostatic adsorption and bridging effects, it binds negatively charged fibers, fillers, and additives together.

Q: 2. How to select molecular weight and ionic degree?

A: Molecular weight: Recommended range is 6–12 million for papermaking additives. Too high molecular weight may affect dispersion, while too low may reduce strengthening performance.
Ionic degree: 20%–40% is recommended for dry strength agents; 30%–50% for retention and drainage aids. Excessively high ionic degree may affect sizing performance.

Q: 3. What is the recommended dosage?

A: Dry strength agent: 3–10 kg per ton of oven-dry pulp
Retention aid: 0.5–2 kg per ton of oven-dry pulp
Actual dosage should be determined through lab testing based on paper grade, pulp characteristics, and process conditions.

Q: 4. How to properly dissolve and use the product?

A: Prepare a 0.1%–0.5% aqueous solution; neutral or deionized water is preferred
Add the product slowly and evenly into stirring water to avoid "fish eyes"
Stir for about 60 minutes until fully dissolved
Add at the fan pump inlet or after the pressure screen to ensure proper mixing with pulp
The prepared solution should be used within 24 hours

Q: 5. What precautions should be taken during use?

A: Avoid direct mixing with anionic chemicals to prevent precipitation
Water temperature should not exceed 50°C to avoid thermal degradation
Stirring speed should be controlled (100–300 rpm) to prevent polymer chain breakage
Store in a cool, dry place to prevent moisture absorption and caking

Q: 6. Can CPAM be used with other papermaking chemicals?

A: Yes, it can be used with cationic starch, sizing agents, etc. However, compatibility with anionic chemicals (such as anionic PAM or CMC) must be carefully evaluated through lab testing before use.

Q: 7. What is the shelf life of the product?

A: The product has a shelf life of 2 years under cool and dry storage conditions. Prepared solutions are recommended to be used within 24 hours to avoid performance loss.

Q: 8. Which paper strength properties can CPAM improve?

A: CPAM dry strength agents significantly improve tensile strength, burst strength, folding resistance, and ring crush strength. It also enhances smoothness and printability of paper.

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Simply tell us your application scenario, and we will recommend the most suitable product and provide testing support. From samples to bulk supply, we ensure full technical support throughout. Whether you need papermaking drainage aids or other wet-end chemicals, we can provide professional solutions and stable, reliable products.

 

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