Puroflux Cooling Water Chemicals

Scaling, corrosion, and microbial contamination pose daily operational risks to cooling systems. Control them with a cost-effective chemical program designed for your specific conditions. Puroflux, a cultivator in the field of chemical water treatment, offers innovative and effective solutions for you.

Stress-Tolerant Azoles

Corrosion of copper alloys in cooling systems can lead to exchanger failures, as well as cause electrochemical corrosion and pitting in carbon steel equipment. Ammonia chlorides and other harmful ions impose operational stress on copper alloy equipment. Conventional copper alloy corrosion inhibitors work adequately under normal stress conditions but often fail under high-stress conditions, such as when oxidative biocides are present at high levels. Our stress-tolerant azoles form an extremely robust and durable film, providing protection for copper alloy equipment and maintaining performance even under the most demanding conditions.

Dual Cathodic Inhibitors

Pitting corrosion is particularly harmful to metals in cooling systems because it can quickly lead to heat exchanger failure. Our dual cathodic inhibitors are designed to provide excellent pitting corrosion protection.

High-Charge Polymers

Sludge deposition and scaling control are key components of cooling water treatment programs. Our chemicals effectively control sludge deposition and scaling. Even under harsh conditions, our high-charge polymers maintain the solubility of phosphate and zinc-based corrosion inhibitor chemicals and keep corrosion levels low. Our chemicals are beneficial for systems with high aluminum content from pretreatment systems or high iron content from well water. We achieve performance improvements even when the cycles of concentration increase.

Phosphate-Free Blends

Phosphate-free corrosion control programs are specifically developed for situations where phosphorus components face discharge restrictions. Through product synergy, they perform effectively even when water characteristics are unstable and highly corrosive, controlling deposits of iron, manganese, calcium carbonate, calcium phosphate, zinc, and suspended solids in cooling water systems. By combining cathodic inhibitors, our chemical blends enhance the corrosion inhibition performance for carbon steel.