Explore our laboratory-verified, industrially proven polymeric formulations engineered for superior coagulation, flocculation, and decolorization.
A Global Technology Leader with 27 Years of Expertise in Water Treatment Chemicals. Founded in 1998, Wuxi BS integrates advanced production machinery, rigorous QA/QC protocols, and application engineering to serve critical drinking water and complex industrial wastewater purification markets globally.
Our facility leverages fully automated solid-state and liquid chemical synthesis lines, helping processing plants, municipalities, and raw material distributors access high-purity flocculation agents with minimal delivery lead times.
Why chemical synthesis and scale efficiency make China the central hub for global clean water tech supply chains.
China produces over 60% of the world's upstream chemical precursors, including liquid chlorine, acrylonitrile, epichlorohydrin, and alumina ores. Our manufacturing facility in Wuxi enjoys direct pipeline and regional access to these crucial monomers. This ensures that raw materials remain protected against sudden global supply shortages, guaranteeing continuous production runs even during macro economic instability.
Wuxi BS is strategically located in the Yangtze River Delta chemical corridor, giving us direct access to Shanghai Port and Ningbo Port. Through integrated intermodal transport, our bulk shipments (available in liquid flexitanks, IBC drums, and custom 25kg dry bags) are moved from factory warehouse floors to container decks in under 48 hours, radically reducing international freight lead times.
We operate highly controlled polymerization reactors designed to synthesize exact cationic charge densities and target molecular weight (MW) distribution curves. From low molecular weight coagulants (like PDADMAC and PolyDADMAC solution series) to ultra-high MW polymeric flocculants (APAM & CPAM dry powders), our laboratories ensure batch-to-batch consistency and high structural integrity.
An in-depth look at chemical compositions, polymerization structures, and active ingredient metrics.
Water treatment chemistry relies on two primary physical processes: Charge Neutralization (Coagulation) and Interparticle Bridging (Flocculation). High-basicity inorganic salts and synthetic organic polymers work synergistically to destablize suspended colloidal dispersions.
| Product Agent Class | Active Content / Al2O3 Equivalent | Cationic Charge Density / Hydrolysis Degree | Molecular Weight Range (Daltons) | Primary Application Function |
|---|---|---|---|---|
| Polyaluminum Chloride (PAC) | 10% - 15% (Liquid) / 28% - 30% (Solid) | Medium-High Basicity (50% - 85%) | N/A (Inorganic Polymer) | Primary coagulation, turbidity reduction in raw water |
| Aluminum Chlorohydrate (ACH) | 23% - 24% (Liquid) / 46% - 48% (Solid) | Ultra-High Basicity (82% - 85%) | N/A (Polynuclear Al13 complex) | Drinking water treatment, low sludge clarification |
| Polyacrylamide (PAM) | ≥ 88% - 90% (Dry Active Powder) | Cationic: 10% - 80% / Anionic: 5% - 40% | 5 Million - 22 Million (Ultra High) | Sludge dewatering, industrial water recycling |
| PDADMAC (PolyDADMAC) | 20%, 30%, 40% & 50% Liquid Solutions | 100% Cationic (High Charge Density) | 100,000 - 1,000,000 (Low to Medium) | Primary coagulant, color reduction agent, oil emulsion breaker |
| Water Decolorizing Agent (WDA) | ≥ 50% Active Polymer Content | Strongly Cationic (Dicyandiamide resin) | 10,000 - 100,000 (Low) | Color removal in textile, printing, dye wastewater |
Tailored physical-chemical treatment processes for highly regulated industrial and municipal processes.
In municipal activated sludge systems, sludge thickening and dewatering are optimized using cationic polyacrylamides (CPAM). High-charge CPAM binds to negatively charged cellular envelopes of microbial biomass, releasing bound water molecules. This process increases filter press cake dryness and reduces sludge disposal volume.
In downstream oil refineries and upstream drilling, oil-water emulsions pose challenging purification hurdles. Cationic PDADMAC polymers neutralize negatively charged oil droplets, facilitating rapid phase separation. Additionally, high-molecular-weight anionic PAM serves as an essential friction reducer and mobility buffer in Enhanced Oil Recovery (EOR).
Reverse Osmosis (RO) and Nanofiltration (NF) processes are highly susceptible to colloidal and organic fouling. We engineer low-aluminum, high-basicity Polyaluminum Chloride (PAC) and PAFC formulations. These chemicals precipitate silica, organic matter, and heavy metals prior to membrane filtration, extending RO membrane lifespans.
In closed-loop white water systems, retaining fine fibers and inorganic fillers is key to product yield. Using a dual-polymer retention system (comprising cationic polyacrylamides alongside bentonite or silica microgels) improves drainage speed, prevents floc shear failure, and controls wet-end chemistry imbalances.
Producing safe drinking water requires strict control of chemical residuals and raw water contaminants. High-purity PAC (spray-dried white powder) and Aluminum Chlorohydrate (ACH) provide effective clarification under low water temperatures, minimizing dissolved aluminum and chloride levels. Both chemicals meet international NSF/ANSI 60 standards.
How we tailor chemical properties to match your raw water matrix and mechanical dewatering equipment.
Our experienced engineering team provides comprehensive "water quality analyses," laboratory jar testing, and optimization strategies to match the specific zeta potential of your incoming suspended solids.
With an annual sales volume exceeding 500,000 tons and a finished product warehouse holding over 20,000 tons, we confidently meet high-volume municipal tenders and long-term industrial supply contracts.
Operating under ISO 9001 and ISO 14001 guidelines, every batch undergoes automated inline checks and laboratory analysis. This process ensures consistent active ingredient contents and viscosity profiles.
Tracing Wuxi BS's evolution from a regional chemical factory to a global exporter.
Wuxi Bisheng chemical synthesis factory established, focusing on basic inorganic coagulants for regional municipal water facilities.
Reorganized and renamed as Wuxi Bisheng Water Treatment Agent Co., Ltd. Added high-pressure synthetic reactor arrays for organic polymer research.
Launched international trade program. Exported our first bulk liquid shipments of cationic decolorizing agents and high-purity PAC to Southeast Asia and Europe.
Annual global exports exceeded $10,000,000, supported by new distribution channels in North America, South America, and Africa.
Formed our specialized, multi-lingual foreign trade department. Introduced digital automated dosing equipment to provide integrated product-and-service chemical packages.
In-depth technical answers to assist procurement directors, plant operators, and distribution partners.
Ready to optimize your treatment chemical dosages, request a laboratory sample, or secure bulk pricing? Get in touch with our Wuxi BS technical specialists.
Stay informed about global chemical market trends, supply chain dynamics, and our factory's latest technologies.
We continue to expand our international sales footprint, delivering high-performance coagulants directly to municipal facilities and industrial plants across Southeast Asia and South America.
Our new automated polymer dosing technology helps industrial plants improve mixing efficiency and reduce chemical waste.
We shared our research on low-carbon manufacturing processes for high-basicity aluminum salts, aligning with global sustainability initiatives.
Access competitive factory pricing on bulk chemical orders for municipal operations and global distribution networks.
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