products details

Home Products

Cationic Polyacrylamide Powder CPAM for Sludge Dewatering with Solid Content >=88% and Dissolution Time <=40 Min

Name: Cationic Polyacrylamide Powder CPAM for Sludge Dewatering with Solid Content >=88% and Dissolution Time <=40 Min
Brand: Jiangsu Hengfeng Fine Chemical Co., Ltd.
SKU: PAM
Price: 1,750.00 USD
Availability: InStock

Brand Name:	HENGFENG
Model Number:	PAM
MOQ:	1MT
Price:	$1000-$2500
Delivery Time:	7-15DAYS AFTER PO
Payment Terms:	T/T,L/C,D/A,D/P

Detail Information

Product Description

Detail Information

Place of Origin:

JIANGSU,CHINA

Certification:

ISO,SGS,HALAL

Model NO.:

HF-001

EINECS:

231-545-4

Environmental Protection:

Color:

White

Appearance:

Granulars

Type:

Industrial Circulating Water Treatment Agent

Classification:

Organic Analytical Reagents

Specific Usage:

Pratical Use

Content:

Standard

Source:

Dry Powder

Habit Appellation:

Fine Chemicals

Application:

Industry

Property:

Organic Reagent

Ionic Charge:

Cationic Polyacrylamide

Harmonized System Code:

390690

Solid Content:

>=88%

Dissolution Time:

<= 40 Min

Shelf Life:

2 Years

MOQ:

1 Ton

Sample:

Yes

Capacity:

100, 000 Tons/Year

Transport Package:

Paper Bag/ PE Bag

Specification:

25kg/bag

Trademark:

Hengfeng

Origin:

China

HS Code:

390690

Supply Ability:

100, 000tons/Year

Package Size:

20.00cm * 15.00cm * 10.00cm

Package Gross Weight:

1.000kg

Packaging Details:

25KG/BAG

Supply Ability:

100, 000tons/Year

Highlight:

PAM anionic polyacrylamide powder

Industry anionic polyacrylamide powder

Sludge Dewatering water treatment polyacrylamide

Product Description

PAM Anionic Polyacrylamide Powder For Factory Sludge Dewatering Treatment

Flocculant PAM Anionic Polyacrylamide Powder is specifically designed for efficient factory sludge dewatering treatment in industrial wastewater management systems.

Product Overview

Cationic polyacrylamide powder (CPAM) is engineered for industrial and urban wastewater treatment applications. The product selection varies based on specific treatment requirements:

• Industrial wastewater or mixed industrial/urban wastewater typically uses middle/low electric density with middle/high molecular weight products

• Urban sewage treatment employs middle/high electric density with middle/high molecular weight products

• Sludge treatment requires high electric density products for optimal performance

CPAM effectively removes organic components from wastewater through concentration and flotation processes.

Technical Specifications

Item	Cationic	Anionic	Nonionic
Appearance	White Granular Powder	White Granular Powder	White Granular Powder
Solid Content	≥88%	≥88%	≥88%
Molecular Weight (million)	6-15	10-19	6-10
Degree of Hydrolysis	/	10-30	2-5
Effective pH Value	3-7	6-14	6-14

Company Profile

Hengfeng's Business Philosophy

Technological innovation first, market development simultaneously.

Hengfeng's Sales Philosophy

Providing technical service-oriented sales; making rational use of resources, reasonable division of labor, complementary strengths, and achieving win-win cooperation.

Hengfeng Chemical has established itself as a professional research and development base for water treatment chemicals and oilfield chemicals in China. Our products are widely used in domestic markets and exported to Europe, America, Africa, Oceania, Southeast Asia, and over 60 countries and regions worldwide.

Our Advantages

Manufacturing Strength

Jiangsu Hengfeng Fine Chemical Co., Ltd. is located in Yangkou Chemical Park, Rudong County, covering 125 acres with registered capital of 65 million yuan. Our production capacity includes 50,000 tons/year of polyacrylamide powder and 50,000 tons/year of polyacrylamide emulsion.

Quality Control

All Hengfeng production lines utilize DCS systems, accurate measurement systems, and semi-automatic production. We maintain our policy of "Quality first, client topmost" while continuously promoting technological processes and ensuring product quality as our fundamental commitment.

Tags:

Water Treatment Polyacrylamide