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Polyaluminum chloride with 28% content is a water treatment flocculant with a golden yellow appearance, 1327-41-9

Name: Polyaluminum chloride with 28% content is a water treatment flocculant with a golden yellow appearance, 1327-41-9
Brand: zhencheng
SKU: pr2603071105
Price: 317 USD
Availability: InStock

315 Inquiries

Unit Price: Get Latest Price 

CAS No.:

1327-41-9

Grade:

Industrial Grade

Content:

28%

Port:

Qingdao Port

Brand:

zhencheng

Packaging:

25 kg packed in PE film and woven bag

Price valid (until):

2026-04-07

Contact Supplier

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Henan Zhencheng Environmental Protection Technology Co., Ltd

Company Type:

Manufactory

Location:

China

Qualification:

Main Products:

Polyacrylamide,Polyaluminum Chloride,Poly Ferric Sulfate,Aluminium Sulfate,Activated Carbon / Activated Charcoal,Quartz Sand Filter Media

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Product Description
Seller Information
Inquiry History

Description

28% Poly Aluminium Chloride (PAC) Product Detailed Description

I. Product Overview

28% Polyaluminum Chloride (PAC for short) has a core active ingredient, aluminum oxide (Al₂O₃), with a content of ≥28%. It is a high-efficiency inorganic polymer flocculant with the chemical formula (Alₙ(OH)ₘCl₍₃ₙ₋ₘ₎), where 0 < m < 3n. It comes in two forms: solid (pale yellow powder/granule) and liquid (pale yellow to yellow-brown liquid). It features strong bridging adsorption performance, fast flocculation speed, and a wide range of applications. It is the cost-effective preferred agent in the industrial water treatment field, widely used in municipal sewage, industrial wastewater treatment, and various water purification scenarios. It can also be used for auxiliary treatment in industries such as papermaking and printing and dyeing. The product is produced in strict accordance with the national standard GB/T 22627-2014 and enterprise internal control standards to ensure stable product quality, safe and efficient use.

Shop Polyaluminum chloride with 28% content is a water treatment flocculant with a golden yellow appearance, 1327-41-9-Detailed Image 1

II. Core Characteristics of the Product

(1) Physicochemical Characteristics

Appearance and Form: Solid products are pale yellow uniform powders or granules with uniform particle size (about several tens of microns), no obvious agglomeration, and good fluidity; liquid products are pale yellow to yellowish-brown transparent or semi-transparent liquids with no obvious precipitation or suspended matter, and are easy to dissolve and dose.
Solubility: Easily soluble in water with a fast dissolution rate. When solid products are formulated into a 5-10% aqueous solution, they can be completely dissolved after stirring for 30 minutes, with uniform dispersion and no obvious residues. After dissolution, a flocculating system with strong adsorption properties is formed, which can quickly exert water purification effects.
Stability: Chemically stable and not easy to decompose. Solid products can be stored for up to 2 years in a well-ventilated and dry environment, and their use effect is not affected after getting damp; liquid products can be stably stored for 6 months when sealed, just avoid direct sunlight and high-temperature environments. Their activity remains stable above 5°C, adapting to conventional storage conditions.
Corrosiveness: Showing weak acidity (pH value of 10g/L aqueous solution is 3.5-5.0), with slight corrosiveness to equipment. Corrosion-resistant equipment (such as pipes and containers made of PVC and PP materials) must be used during dosing. Operators need to wear protective equipment (gloves, masks) to avoid direct contact with skin and mucous membranes.

(2) Core Performance Advantages

Cost-effective: As the cost-performance leader among industrial-grade PAC, the cost per ton of water treatment is 15-20% lower than that of PAC with 30% content, with a price difference of approximately 500 yuan per ton. It is suitable for treating moderately polluted wastewater (COD 500-1000mg/L), ensuring treatment efficiency while significantly reducing enterprises' environmental protection treatment costs.
Fast flocculation and sedimentation: The floc formation time is only 8-12 minutes, 40% faster than traditional aluminum sulfate. The flocs are dense and settle quickly, enabling rapid separation of suspended solids and impurities in water. The sludge volume can be reduced by 25%, lowering the difficulty and cost of sludge treatment and improving water treatment efficiency.
Strong adaptability: It has a wide range of applicable water qualities, capable of treating various water types such as low-turbidity raw water, high-concentration organic wastewater, and heavy metal-containing wastewater. The applicable pH range is 5-9, eliminating the need for frequent adjustment of water pH. It can adapt to water quality changes in different regions and seasons, with good low-temperature resistance (stable activity above 5°C), solving the problem of poor adaptability of traditional flocculants.
Excellent purification effect: It has a strong removal capacity for suspended solids (SS), chromaticity, COD, BOD, and some heavy metal ions (such as lead, nickel, chromium, etc.) in water. The SS removal rate can reach over 95%, the heavy metal removal rate in electroplating wastewater is >90%, and the decolorization rate of printing and dyeing wastewater exceeds 85%. The treated water can meet relevant national discharge standards, and in some scenarios, water resource recycling can be achieved.
Environmentally friendly with no secondary pollution: The product contains no toxic or harmful impurities, and its heavy metal content strictly complies with national standards. The residual aluminum ion concentration in water after use is far below the safety limit, causing no harm to human health or the ecological environment. The sludge generated after treatment can be further dehydrated, with no hidden dangers of secondary pollution, meeting the requirements of green environmental protection.

III. Quality Standards

(1) Executive Standards

National Standard: GB/T 22627-2014 "Water Treatment Agent - Poly Aluminium Chloride". All indicators of this product meet the requirements for industrial-grade qualified products in this standard, among which the water insoluble matter indicator is better than the requirements for the standard ordinary grade, ensuring that the product performance meets the standards.
Enterprise Internal Control Standard: Q/ZJLY 03-2021 "Water Treatment Agent - Poly Aluminium Chloride". On the basis of national standards, it further strictly controls key indicators such as heavy metal content and water insoluble matter, improves product stability and use effect. The production raw materials, production processes and inspection procedures all follow this standard.
Raw Material Standards: The hydrochloric acid used in production complies with GB/T 320 "Industrial Synthetic Hydrochloric Acid". The aluminum-containing raw materials adopt first-grade calcium aluminate powder (not bauxite residue) that meets GB/T 4294 "Aluminium Hydroxide", ensuring product quality from the source and avoiding the introduction of impurities.

(II) Inspection Rules

Inspection Classification: Divided into type inspection and factory inspection. Type inspection covers all indicators specified in the standard, and shall be conducted at least once every 3 months during normal production; factory inspection shall be carried out batch by batch. The inspection items include density (liquid), aluminum oxide content, basicity, water insoluble matter, pH value, and iron content. The determination of coagulation performance can refer to Appendix A (non-mandatory factory inspection item).
Batch Regulations: Each batch of liquid products shall not exceed 200 tons, and each batch of solid products shall not exceed 60 tons. Each batch of products shall be numbered separately for easy traceability.
Sampling Requirements: Determine the number of sampling units in accordance with the provisions of GB/T 6678. For barreled liquids, samples are taken from the upper, middle and lower parts, with each part sampling no less than 100mL, and 800mL is taken for subpackage after mixing; for bagged solids, samples are taken by vertically inserting into three-quarters of the bag depth, with each bag sampling no less than 100g, and 500g is taken for subpackage after mixing and reduction; for canned liquids, samples are taken from the upper, middle and lower parts, with each part sampling no less than 250mL, and 800mL is taken for subpackage after mixing. After the sample is sealed, mark the manufacturer's name, product name, batch number, sampling date and sampler. One bottle is used for inspection, and one bottle is kept for 3 months for future reference.
Result Determination: The rounding value comparison method in GB/T 8170 "Rules for Rounding off Numerical Values and Expression and Determination of Limit Values" is adopted. If any indicator is unqualified, it is necessary to re-sample and re-inspect from double the number of packages. If the re-inspection is still unqualified, the whole batch of products shall be judged as unqualified and prohibited from leaving the factory.

(III) Detection Methods

Aluminum oxide (Al₂O₃): Implement in accordance with Clause 5.2 of GB/T 22627-2014, using the titration method for determination to ensure accurate content.
Basicity: Implement in accordance with Clause 5.3 of GB/T 22627-2014, determined by acid-base titration, and controlled within the optimal range of 70-85%.
Water-insoluble substances: Implement in accordance with Clause 5.4 of GB/T 22627-2014, using the filtration and weighing method, and strictly control the content of insoluble substances to avoid equipment blockage.
pH value: Implement in accordance with Clause 5.5 of GB/T 22627-2014, using a pH meter to determine the acidity and alkalinity of a 10g/L aqueous solution.
Iron (Fe): Implement in accordance with the provisions of GB/T 22596, determined by spectrophotometry to ensure compliance with the limit requirements.
Heavy metals (As, Pb, Cd, Hg, Cr): Implement in accordance with Clauses 5.7-5.11 of GB/T 22627-2014 respectively, using precise detection methods such as atomic absorption spectrophotometry to ensure no exceeding of standards.

IV. Product Applications

With its efficient flocculation and purification performance, 28% polyaluminum chloride is widely used in various industries such as water treatment, papermaking, printing and dyeing, mining, and chemical engineering. Its core applications focus on water purification and auxiliary production. The specific scenarios are as follows, covering the actual application needs of different industries, suitable for medium-pollution control scenarios, and featuring outstanding cost performance.

(I) Water Treatment Field (Core Application)

Shop Polyaluminum chloride with 28% content is a water treatment flocculant with a golden yellow appearance, 1327-41-9-Detailed Image 2

Municipal Sewage Treatment: It is used in the primary enhanced treatment of urban sewage treatment plants and the advanced treatment of secondary biochemical effluent. It can quickly remove suspended solids (SS), chroma, COD, BOD, and part of phosphorus (TP can be reduced to <0.5mg/L after removal). The SS removal rate in the primary sedimentation tank with enhanced flocculation can reach more than 95%, helping sewage meet the discharge standards (GB 18918-2002). It can also be used for sludge dewatering, reducing the sludge moisture content (from 99% to about 80%), reducing sludge volume, and lowering transportation and disposal costs.
Industrial Wastewater Treatment: Suitable for various types of industrial wastewater, specifically solving the pollution problems of wastewater from different industries:

Electroplating wastewater: Removes heavy metal ions such as nickel and chromium in wastewater with a removal rate of >90%, reducing the toxicity of wastewater and meeting industrial wastewater discharge standards.
Papermaking middle-stage water: Reduces COD with a removal rate of 60-80%, recovers pulp fibers, realizes resource recycling, and reduces the environmental protection costs of enterprises.
Printing and dyeing wastewater: When used in conjunction with PAM, it achieves dual effects of decolorization and turbidity removal. It has a good decolorization effect on reactive dyes, acid dyes, etc., with a chroma removal rate of over 85%, reduces the COD and BOD of wastewater, and helps wastewater meet discharge standards or be recycled.
Other industrial wastewater: Including chemical wastewater, metallurgical wastewater, sand washing wastewater, power plant circulating cooling water, etc. It can remove suspended solids and colloidal impurities in water, control turbidity, realize water resource recycling, and reduce production water costs.

Drinking Water Pretreatment: Used for the pretreatment of rural drinking water and centralized rural water supply. It removes impurities such as sediment, colloids, and algae in raw water, reduces turbidity, improves water quality, and lays a foundation for subsequent disinfection. The treated water quality meets GB 5749-2022 "Standards for Drinking Water Quality" (not for direct drinking, requiring subsequent advanced treatment) to ensure drinking water safety.
Other Water Treatment Scenarios: Swimming pool water purification (removing suspended solids and turbidity, improving water clarity), aquaculture water quality improvement (purifying aquaculture water, removing impurities and harmful substances, improving the aquaculture environment), landscape water treatment (reducing turbidity, inhibiting algae growth, improving water transparency), etc.

(2) Industrial Production Field

Papermaking Industry: Used as a sizing precipitant and retention aid, it neutralizes the negative charge of pulp fibers, promotes closer bonding between fibers, and at the same time promotes the uniform dispersion and adsorption of fillers (calcium carbonate, talc powder) on the fibers, thereby improving the strength, folding resistance and whiteness of paper, reducing paper water absorption, avoiding ink bleeding in printing, reducing pulp fiber loss, and lowering production costs. Some enterprises have reported that after using it, the tear strength of paper has increased by 15%, and the consumption per ton of pulp has decreased by about 8%.
Printing and Dyeing Industry: In addition to wastewater treatment, it can also be used for pre-treatment of water quality before printing and dyeing to remove impurities in water, avoid impurities from affecting the dyeing effect, improve dyeing uniformity and color fastness, reduce dyeing defects, and lower the defective rate.
Mining/Coal Washing Industry: Used in the treatment of wastewater generated during mining and coal washing processes, it can quickly settle solid particles such as coal slime and slag, recover water resources and some mineral particles, realize the recycling of water resources, and reduce water waste and environmental pollution.
Other Industrial Scenarios: Food processing industry (pretreatment of raw material water for beer brewing and beverage production to remove impurities and microorganisms and ensure food safety), pharmaceutical industry (pretreatment of high-purity water for drug production to remove colloids and suspended solids), leather industry (treatment of tanning wastewater to remove heavy metals and organic substances and reduce environmental protection pressure), etc.

V. Usage Methods and Precautions

(1) Usage Methods

Solution Preparation: Solid products need to be prepared into a 5-10% aqueous solution before adding. Stir for 30 minutes until completely dissolved with no obvious residues. Liquid products can be directly diluted 2-5 times before adding. After dilution, stir evenly to ensure the agent is dispersed uniformly and avoid excessive local concentration affecting the flocculation effect.

Recommended Dosage: Adjust the dosage according to the degree of water pollution. It is recommended to conduct a small-scale test first to determine the optimal dosage. The conventional dosages are as follows (can be fine-tuned according to actual water quality):

Low-turbidity raw water (such as drinking water pre-treatment): 10-30mg/L, with the turbidity after treatment < 1NTU.

High-concentration organic wastewater (such as printing and dyeing, chemical wastewater): 50-150mg/L, with a COD removal rate of 40-60%.

Phosphorus-containing wastewater (such as advanced treatment of municipal sewage): 80-200mg/L, with TP after treatment < 0.5mg/L.

Sludge dewatering: Add 0.5-1.0% of the dry weight of the sludge, and use it together with PAM to improve the dewatering effect.

Adding Method: Adopt the continuous adding method. Put the prepared agent into the treated water body through a metering pump. The adding point should be selected at a position where the water body is evenly stirred (such as a reaction tank, stirring tank). First, perform rapid mixing (200rpm, 1 minute), then slow stirring (50rpm, 10 minutes) to ensure full contact between the agent and the water body. Drain the water after settling for 30 minutes to improve the flocculation and sedimentation effect.

Precautions: After adding, observe the flocculation effect of the water body. If the flocs are small and settle slowly, the dosage can be appropriately increased or PAM can be used in combination. If flocs float up, reduce the dosage and adjust the stirring speed and reaction time to ensure the best treatment effect.
(2) Precautions for Storage and Transportation

Storage Requirements:

Solid products: Store in a well-ventilated, dry, cool warehouse. Keep away from moisture, high temperatures, and fire sources. Avoid rain and exposure to sunlight. The stacking height should not exceed 10 layers to prevent caking. The storage period is 2 years. Being damp does not affect the usage effect, but they should be used as soon as possible.

Liquid products: Store in sealed plastic barrels or fiberglass-reinforced plastic storage tanks. Avoid direct sunlight and high-temperature environments (storage temperature: 5-35℃). Prevent leakage. The storage period is 6 months. Regularly check the tightness of the storage tanks to avoid deterioration of the chemicals.

It is strictly prohibited to store together with strong oxidants, strong alkalis, toxic and harmful substances to avoid chemical reactions that affect product performance or cause dangers.

Transportation Requirements:

Solid products: Packed in woven bags. During transportation, avoid extrusion and collision to prevent packaging damage and product leakage. Transport vehicles must be covered with tarpaulins to avoid rain and exposure to sunlight.

Liquid products: Transported in special sealed tank trucks or plastic barrels. During transportation, avoid violent vibration and impact to prevent leakage. Transport vehicles must comply with the relevant regulations for the transportation of dangerous chemicals (this product is weakly corrosive and is transported as an ordinary chemical product).

During transportation, keep away from fire sources and heat sources, and avoid mixing with strong oxidants and strong alkalis. Handle with care during loading and unloading to prevent packaging damage.

Safety Protection:

When preparing and adding chemicals, operators must wear protective equipment such as gloves, masks, and safety glasses to avoid direct contact with the skin and mucous membranes. If accidental contact occurs, rinse immediately with plenty of water for more than 15 minutes, and seek medical attention if necessary.

Containers used for preparing chemicals must be dedicated and must not be used for holding food, drinking water, or other items. They should be cleaned promptly after use to prevent contamination from residual chemicals.

Eating the chemicals is strictly prohibited. If accidentally ingested, drink a large amount of warm water immediately to induce vomiting, and seek medical attention promptly.

VI. Summary of Product Advantages

28% polyaluminum chloride, as a cost-effective agent in the field of industrial water treatment, has prominent core advantages: First, the alumina content is stably ≥28%, with good flocculation effect and fast sedimentation speed, suitable for moderately polluted water quality, and high treatment efficiency; Second, the content of water-insoluble substances is low (≤1.5%), which avoids clogging equipment and reduces maintenance costs; Third, it has strong adaptability, with a wide pH application range and low-temperature resistance, no need for frequent water quality adjustment, suitable for various industrial wastewater and municipal sewage; Fourth, it is economical and environmentally friendly, with low cost per ton of water treatment, up-to-standard heavy metal content, no secondary pollution, and in line with green environmental protection requirements; Fifth, it has a wide range of uses, covering water treatment, papermaking, printing and dyeing and other industries, which can meet the purification needs of different scenarios. At the same time, it is produced in accordance with national standards and enterprise internal control standards, with stable and reliable quality. It supports free samples and technical guidance to help enterprises reduce environmental protection costs and achieve up-to-standard discharge.

Basic Info

Product Name:

Polyaluminum chloride

Other Name:

Aluminum chloride,basic;Aluminum chloride hydroxide;Aluminum chlorhydroxide;Aluminum hydroxychloride;Aluminum hydroxide chloride;Aluminium hydroxychloride;Aloxicoll;Aluminum chlorohydrol;Aluminum chlorhydrate;WAC;OCAL;Aluminum chlorohydrate;Aluminum oxychloride;Aluminum chloride oxide;Astringen;Chlorhydrol;Wickenol 303;Cawood 5025;Basic aluminum chloride;Aluminum chloride hydroxide oxide,basic;Poly(aluminum hydroxy) chloride;Hydrofugal;Basic aluminum chloride,hydrate;WAC 2;PAC (salt);PAC;HPB 5025;PALC;Sulzfloc JG 19;Sulzfloc JG 30;Sulzfloc JG 15;Sulzfloc JG;Paho 2S;Prodefloc SAB 19;Astringen 10;Prodefloc SAB 18;Prodefloc SAB 18/5;PAC 250A;Wickenol CPS 325;Takibine;Aluminol ACH;Prodefloc AC 190;TR 50;Locron P;Locron;Prodefloc AL;PAX 60p;PAX 11S;PAX 19;Reach 101;Locron S;Hydral;Kempac 20;Polyaluminum chloride;PAC 300M;Tanwhite;Kemwater PAX 14;UPAX 20;Kempac 10;Phacsize;Vikram PAC-AC 100S;PAC 250AD;Nalco 8676;Chlorhydrol Micro-Dry;Chlorhydrol Micro-Dry SUF;ACH 325;ACH 7-321;Reach 301;ACH 331;Reach 501;TR 50 (inorganic compound);Banoltan White;Oulupac 180;Takibine 3000;PAX;Purachem WT;Cartafix LA;Berukotan AC-P;Aquarhone 18;Westchlor 200;E 200 (coagulant);Hessidrex WT;E 200;PAX-XL 60S;PAX-XL 61S;Hyper Ion 1026;GenPac 4370;PAX-XL 69;PAX 16;PAX-XL 1;PAX-XL 19;PAC 100W;PAX 18;Aluminum chlorohydroxide;Phosphonorm;Hyperdrol;Aquarhone;PAX-XL 9;Ekoflock 90;Ekoflock 91;Gilufloc 83;Taipac;8012-66-6;11097-68-0;32056-15-8;37226-46-3;39380-80-8;56803-01-1;56831-66-4;64441-77-6;79586-02-0;84861-98-3;101707-17-9;114442-10-3;135864-70-9;143230-54-0;144388-28-3;162535-15-1;167140-05-8;245064-40-8;672263-85-3;745062-58-2;808739-25-5;851541-97-4;929897-91-6;929897-93-8;929898-03-3;929898-04-4;1123762-30-0;1709832-51-8

CAS No.:

1327-41-9

Molecular Weight:

79.44

EC Number:

215-477-2

Categories:

Flocculant

Characteristics

PSA:

20.23000

XLogP3:

0.62520

Appearance:

often supplied as a suspension or solution in water

See More Polyaluminum chloride Properties 

Hazard Identification

Classification of the substance or mixture

Corrosive to metals, Category 1

Serious eye damage, Category 1

GHS label elements, including precautionary statements

Precautionary statement(s)
Pictogram(s)
Signal word	Danger
Hazard statement(s)	H290 May be corrosive to metals H318 Causes serious eye damage
Prevention	P234 Keep only in original packaging. P280 Wear protective gloves/protective clothing/eye protection/face protection/hearing protection/...
Response	P390 Absorb spillage to prevent material damage. P305+P354+P338 IF IN EYES: Immediately rinse with water for several minutes. Remove contact lenses, if present and easy to do. Continue rinsing. P317 Get medical help.
Storage	P406 Store in a corrosion resistant/...container with a resistant inner liner.
Disposal	none

Other hazards which do not result in classification

no data available

Handling and Storage

Precautions for safe handling

Handling in a well ventilated place. Wear suitable protective clothing. Avoid contact with skin and eyes. Avoid formation of dust and aerosols. Use non-sparking tools. Prevent fire caused by electrostatic discharge steam.

Conditions for safe storage, including any incompatibilities

Store the container tightly closed in a dry, cool and well-ventilated place. Store apart from foodstuff containers or incompatible materials.

See More Polyaluminum chloride Safety Data Sheet 

Seller Information

Business Type:
Manufactory

Main Products:
Polyacrylamide,Polyaluminum Chloride,Poly Ferric Sulfate,Aluminium Sulfate,Activated Carbon / Activated Charcoal,Quartz Sand Filter Media

Location:
No. 162, Shuanghe Village, Jiajinkou Town, Gongyi City

Payment Terms:
TT against copy of documents,D/P,L/C,100% TT in advance

Year of Establishment:
2014

Certifications:
trademark,Business License
Henan Zhencheng Environmental Protection Technology Co., Ltd., founded in 2000, focuses on deep cultivation in the environmental protection field. It is mainly engaged in the whole-process services of production, sales, inspection, analysis and on-site commissioning of water treatment chemicals, water purifiers, activated carbon, filter media and fillers, and is committed to providing professional and efficient water treatment solutions for various industries.

The company's main products cover multiple series, including:

Polyacrylamide (PAM)

Polyaluminum Chloride (PAC)

Poly Aluminum Ferric Chloride

Poly Ferric Sulfate (PFS)

Ferrous Sulfate

Activated Carbon

Filter Media

Fillers, etc.

The company always adheres to the bottom line of quality. Its products strictly implement relevant national and industry standards, and adopt advanced production processes and testing equipment to ensure that each batch of products meets quality requirements. With stable and reliable product quality, the company's products are widely used in many core fields such as papermaking, printing and dyeing, sewage treatment, chemical industry, coal gas, metallurgy, urban construction and environmental protection, providing strong support for water purification and environmental governance in various industries.

Over the years, the company has deeply cultivated the market and pursued innovation. Its products are sold to many countries and regions at home and abroad. With high-quality products and considerate services, it has won high praise and wide trust from global users, and its brand popularity and industry influence have steadily improved.

Upholding the philosophy of "equality and mutual benefit, friendly cooperation and win-win development", Henan Zhencheng Environmental Protection Technology Co., Ltd. is willing to make acquaintances with friends from all walks of life at home and abroad, carry out comprehensive and in-depth cooperation in environmental protection engineering project construction, technical exchange, product promotion and other aspects, work together to purify water quality, protect the ecological environment, and build a beautiful home where man and nature live in harmony.

Inquiry History

315 Inquiries

Country	Product	Purchase Quantity	Date Posted
Bangladesh	CHLORIDE PAC	1 20' Fcl	May 12, 2026
South Africa	Polyaluminium Chloride	1.00 MT	Sep 25, 2024
United Kingdom	PAC	1 KG	Feb 11, 2026
Qatar	Polyaluminium Chloride	1.00 KG	Dec 12, 2025
Bangladesh	POLYALUMINIUM CHLORIDE PAC	1.00 20' Fcl	Jun 10, 2026
Oman	Polyaluminium Chloride	1.00 MT	Sep 3, 2024
Malaysia	POLYALUMINIUM CHLORIDE PAC	1.00 KG	Apr 30, 2026
Malaysia	Polyaluminium Chloride	2.00 20' Fcl	Jan 6, 2026
Oman	Polyaluminium Chloride	1.00 MT	Sep 4, 2024
India	Polyaluminium chloride	1.00 20' Fcl	Oct 20, 2023
India	Polyaluminium Chloride	20.00 MT	Feb 19, 2024
India	Polyaluminium chloride	500.00 MT	Sep 13, 2023
India	Polyaluminium Chloride	25.00 MT	Feb 20, 2024
South Africa	Aluminum Chlorohydrate	10.00 TON	Jul 19, 2024
India	Polyaluminium chloride	1.00 20' Fcl	Oct 9, 2023
India	Polyaluminium chloride	100.00 MT	Sep 22, 2023
India	Polyaluminium Chloride	15.00 MT	Feb 7, 2024
India	Acid Sulfuric	21.00 TON	Sep 22, 2023
India	Polyaluminium chloride	1.00 20' Fcl	Sep 5, 2023
India	Polyaluminium Chloride	20.00 MT	Feb 20, 2024

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Polyaluminum chloride with 28% content is a water treatment flocculant with a golden yellow appearance, 1327-41-9

Product Description

Seller Information

Inquiry History

Classification of the substance or mixture

GHS label elements, including precautionary statements

Other hazards which do not result in classification

Precautions for safe handling

Conditions for safe storage, including any incompatibilities

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