High-activity synthetic polymers and inorganic coagulants engineered for extreme solid-liquid separation challenges.
Modern industrialization and rapid urbanization demand high-efficiency water treatment paradigms. Traditional filtration cannot isolate sub-micron colloids, dissolved organic matter, or stubborn suspended particles. This is where advanced chemistry excels. Synthetic polymers and specialized inorganic coagulants alter the zeta potential of suspended particulates, destabilizing stable suspensions to enable rapid agglomeration, sediment collection, and mechanical dewatering.
From municipal drinking water production to petrochemical effluent reclamation, water purification systems must satisfy stringent environmental regulations while maximizing throughput. Inorganic prepolymerized coagulants like Poly Aluminium Chloride (PAC) and Aluminum Chlorohydrate (ACH) form highly charged polynuclear aluminum complexes. These complexes neutralize negative surface charges on organic muds, clay, and bacteria far more effectively than traditional aluminum sulfate or iron salts. By utilizing high-basicity compounds, treatment plants reduce sludge volume, minimize pH disruption, and cut total treatment cost per cubic meter.
The global landscape for chemical logistics is changing rapidly. Sourcing chemical reagents directly from a primary manufacturer like Wuxi BS Water Treatment Chemicals Co., Ltd. secures supply consistency and eliminates the markup fees of distributors. Operating out of Wuxi, China, our advanced synthesis facility integrates automated raw material sourcing, reactor thermal control, and high-volume dry storage. This integrated setup ensures pricing stability despite global market fluctuations in aluminum ores, hydrochloric acids, and acrylamide monomers.
Established in 1998, Wuxi BS Water Treatment Chemicals Co., Ltd. possesses advanced production technology and rich management experience. We specialize in producing a series of water treatment products for the treatment of drinking water and various types of domestic and industrial wastewater. Our automated synthesis loops ensure that every batch of PAC, PAM, ACH, and Water Decoloring Agent meets rigorous technical standards.
We operate multiple production lines running 24/7, supported by a finished product warehouse holding over 20,000 tons. This large stock ensures quick domestic shipping and rapid international export dispatch through major Chinese deepwater ports.
High-demand polymers selected for extreme performance, fast solubility, and low residual monomer concentrations.
High-molecular-weight cationic polymer designed for efficient sludge conditioning, centrifuge dewatering, and flotation clarifiers.
Technical Data Sheet
Dicyandiamide formaldehyde copolymer designed to break color compounds in textile dyeing, papermaking, and printing wastewater.
Technical Data Sheet
Highly cationic liquid polymer that functions as a primary coagulant and charge neutralizer in drinking water and oil field operations.
Technical Data SheetIndustrial water purification systems rely on exact chemical interactions. Below is an overview of the key chemical classes engineered at our Wuxi plant:
| Product Family | Active Content Specs | Primary Charge Mechanism | Target Application Fields |
|---|---|---|---|
| PAC (Solid/Liquid) | 10% - 17% (Liquid) / 28% - 30% (Solid) | High Cationic Charge Density | Municipal Water & Heavy Turbidity Effluents |
| ACH (High Basicity) | Up to 23% Al2O3 (Equivalent) / Basicity > 83% | Polynuclear Al13 Complexes | Pulp & Paper sizing, High-Purity Potable Water |
| PAM (CPAM/APAM) | 90% Min Active Solid / Molecular Weights 8M - 22M | Bridging & Charge Neutralization | Sludge Dewatering, Oil Field EOR, Mineral Washing |
| Water Decoloring Agent | 50% Liquid Active Concentrate | Strong Cationic Polymeric Decolorization | Textile Dyehouses, Colored Printing Wastewater |
| PDADMAC | 20%, 30%, 40% Liquid solutions available | Quaternary Ammonium Cationic Structure | Pre-membrane filters, Mining flotation cycles |
Polyacrylamide functions via a multi-step reaction path. First, the dry granules dissolve to form highly hydrated polymer chains. When dosed into a destabilized colloid mixture, these chains interact with the particles: the active sites along the polymer backbone adsorb onto individual solid surfaces, forming large, heavy flocs that settle rapidly. Anionic Polyacrylamide (APAM) has high molecular weight and is ideal for neutral or alkaline mineral slurry slurries. Cationic Polyacrylamide (CPAM), with variable charge densities, excels in organic sludge dewatering in municipal and bio-industrial treatment plants.
Every industry presents unique chemical challenges. We formulate tailor-made solutions for diverse process environments.
Removing organic colloidal waste and suspended solids. We help municipal plants maximize throughput, reduce sludge volume, and comply with strict national discharge limits.
Providing advanced emulsion breakers and flocculants for produced water treatment, oil sands washing, and polymer-flooding enhanced oil recovery (EOR).
Optimizing feed water chemistry prior to Reverse Osmosis (RO) and Ultrafiltration (UF) systems. This prevents membrane fouling, reduces clean-in-place cycles, and extends module lifespans.
Supplying dynamic retention aids, drainage agents, and wet-end sizing controllers. Our chemicals help mills run faster while recovering fibers from process loops.
Delivering low-toxicity, high-purity coagulants and flocculants that comply with global potable water standards, removing turbidity and heavy metals.
We offer onsite jar testing and pilot laboratory support to optimize chemical dosing for your plant's specific water quality parameters. Minimize chemical waste and lower operational costs.
Request Water AnalysisWe manufacture bespoke polymers tailored to client specifications, including molecular weight, active solid content, and packaging options.
We analyze client water samples to determine charge requirements and suspended solid profiles.
Our R&D team synthesizes custom polymer chains to match required charge densities.
We produce a trial batch to verify performance, solubility, and storage stability.
Our automated, high-volume synthesis reactors deliver reliable, consistent output.
Our commitment to Quality and Environmental Responsibility is backed by ISO 9001:2015 and ISO 14001:2015 certifications. We implement strict digital raw material tracking, real-time reactor analytics, and rigorous post-production testing. This guarantees that every shipment matches our specified technical sheets. We are also committed to helping our clients reduce their overall environmental impact by optimizing chemical use and minimizing treatment residue.
Over two decades of dedication, growth, and commitment to global standards.
Our production facility maintains strict adherence to quality management systems. From raw material input to the final packaging stage, we use automated monitoring equipment to ensure the purity and physical properties of our chemicals. We also maintain a large library of retain samples from every batch to ensure complete traceability.
Water treatment chemistry is shifting toward high-selectivity, lower-dose polymers. At Wuxi BS, our future development centers on three main innovations:
Technical answers to common operational and chemical selection questions from industrial operators.
Our chemical engineers will analyze your water quality parameters and provide a tailored dosing plan within 24 hours.
Technical briefings, product innovations, and conference summaries directly from our laboratory team.
Wuxi BS Water Treatment Chemicals Co., Ltd. has expanded its international logistics partnerships, ensuring shorter transit times for shipments to South America, Europe, and Southeast Asia.
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Launching advanced digital dry feed integration systems to help wastewater plants feed dry polymers under optimal hydration rates, reducing clumping risks.
Wuxi BS co-hosted the annual development meeting discussing the future of high-charge aluminum-iron hybrid coagulants in zero-liquid-discharge (ZLD) municipal systems.
Extended catalog featuring diverse molecular weights and concentrated liquid solutions for high-performance flocculation.
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