China High-Efficiency Coagulant Polyaluminium Chloride PAC with Spray Drying Technology for Quick Floc Formation for sale

High-Efficiency Coagulant Polyaluminium Chloride PAC with Spray Drying Technology for Quick Floc Formation

Price Negotiable

Price: $0.31-0.36

MOQ: 1

Delivery Time: Negotiable

Brand: LANSEN

Product Description

Polymer Polyaluminium Chloride PAC 30% - Wastewater Purification Solution

Polymer Polyaluminium Chloride PAC 30% product packaging

Product Specifications

Drying method	Appearance	Al2O3 %	Basicity	Insoluble Substance %
PAC LS 01	Spray dry	White or pale yellow powder	≥29.0	40.0-60.0	≤0.6
PAC LSH 02	Yellow powder	≥30.0	60.0-85.0	-
PAC LS 03	-	≥29.0	-	-
PAC LSH 03	-	≥28.0	-	-
PAC LS 04	-	≥28.0	-	≤1.5
PAC LS 05	-	≥29.0	-	≤0.6
PAC LD 01	Drum dry	Yellow to brown powder	≥29.0	80.0-95.0	≤1.0
PAC LD 02	Dark yellow or brown powder	≥27.0	90.0-105.0	≤3.0

Product Properties

Polymer Polyaluminium Chloride (PAC) 30% is a high-efficiency inorganic macromolecule coagulant produced using spray drying technology from high purity aluminum hydroxide and HCL. The solid product appears as white or pale yellow powder, while a 10% Al2O3 solution forms a colorless, transparent liquid. This versatile solution is widely used in drinking water treatment, high purity water clarification, paper manufacturing, cosmetics, and precision casting applications.

Application Method

Liquid product can be dosed directly or after dilution. Solid product requires dilution before use. Dilution ratios: 2%-20% for solid product, 5%-50% for liquid product (by weight).
Recommended dosage: 3-40g/MT for liquid product, 1-15g/MT for solid product. Optimal dosage should be determined through flocculation testing.
Features lower acidity compared to other inorganic coagulants.

Polymer Polyaluminium Chloride PAC 30% in industrial application

Close-up of Polymer Polyaluminium Chloride PAC 30% powder

Polymer Polyaluminium Chloride PAC 30% packaging and storage

Key Advantages

Lower dosage requirements compared to aluminum sulfate (based on Al2O3) with reduced water treatment costs versus other inorganic flocculants
Rapid floc formation with larger flocs and faster precipitation - 1.3-3.0 times more effective than conventional flocculants
Excellent temperature adaptability and solubility across various water sources
Minimal corrosion properties with easy operational handling
Liquid formulation suitable for automated dosing systems without pipe clogging concerns