Revolutionary Cationic / Anionic / Nonionic Polyacrylamide PAM For Wastewater Treatment Chemical Formula C3H5NO N

Polyacrylamide Product Details

Product Introduction

Polyacrylamide (PAM) is a linear polymer appearing as white powder or granules. Available in anionic, cationic and non-ionic types with molecular weight from 5 to 25 million, it's widely used in water treatment, oil recovery, papermaking, etc. as high-efficiency flocculant and thickener.

Specifications

• Chemical Name: Polyacrylamide

• CAS No.: 9003-05-8

• Molecular Formula: (C₃H₅NO)ₙ

• Ionic Type: Anionic/Cationic/Non-ionic

• Molecular Weight: 5-25 million

• Solid Content: ≥90%

• Dissolution Time: ≤60 mins (0.1% solution)

Product Models

Packaging

• 25kg/bag (kraft paper with PE liner)

• 500kg/jumbo bag (moisture-proof)

• Custom packaging (on request)

Key Advantages

✓ Excellent flocculation with low dosage
✓ Fast dissolution
✓ Wide pH range (3-10)
✓ Low residual monomer (≤0.05%)
✓ Improves efficiency by 30-50%

Main Applications

1. Water Treatment

• Municipal wastewater

• Industrial effluent

• Drinking water clarification

2. Oil Recovery

• Enhanced oil recovery

• Drilling fluid additive

• Fracturing fluid thickener

3. Paper Industry

• Retention/drainage aid

• Strength enhancer

• Effluent treatment

4. Other Fields

• Mineral processing

• Textile dyeing

• Soil conditioning

Certifications

• Complies with GB17514-2017

• ISO9001 Quality System

• EU REACH registered

• SGS test reports

Safety Information

• Storage: Cool dry place

• Shelf Life: 24 months

• Safety Class: General chemical

Usage Guidelines

1. Prepare 0.1-0.3% solution

2. Stirring speed: 50-200rpm

3. Water temperature <60℃

4. Best used immediately

Why Choose Us?

✅ High-purity products, in compliance with international standards
✅ 30+ Years Chemical Manufacturing Experience
✅ Strict QC with Batch Traceability
✅ Global logistics, supporting sea and air transportation
✅ Technical support, providing customized solutions
✅ Factory direct supply, with strong price competitiveness