Water Treatment Chemicals

Water treatment chemicals serve as core auxiliary materials for purifying and stabilizing water quality in various water bodies, including industrial wastewater, municipal sewage, drinking water, and circulating water. Products in this category cover all water treatment scenarios, providing essential support for efficient, compliant, and eco-friendly water treatment across industries through stringent quality control, outstanding performance stability, and broad compatibility. They enhance water treatment efficiency, reduce operational costs, ensure water safety, and facilitate compliance with environmental discharge requirements.

All products in this category strictly adhere to national standards and specifications for the water treatment industry and environmental discharge. Key indicators—including active ingredient content, impurity residue levels, and pH applicability—precisely meet the stringent requirements for treating diverse water bodies. This effectively prevents risks such as suboptimal treatment outcomes, water quality exceedances, equipment corrosion and scaling, and secondary pollution caused by substandard chemical performance.

From a product characteristics perspective, each water treatment chemical undergoes targeted R&D and operational testing, demonstrating outstanding stability. They maintain consistent treatment efficacy under complex conditions—varying water temperatures, pH levels, and water compositions—without decomposition or degradation. This ensures compliant effluent quality and uniform, controllable treatment outcomes.

This product category encompasses multiple subcategories including flocculants, corrosion inhibitors and scale inhibitors, biocides, and disinfectants. They respectively achieve core functions such as water flocculation and clarification, equipment corrosion prevention and scale inhibition, bacterial killing and inhibition, deep disinfection, nitrogen and phosphorus removal, impurity adsorption, and pH and hardness adjustment of water quality.