Prevents mineral scale formation at sub-stoichiometric concentrations by distorting the crystal lattice structure of inorganic salts. This stops scale-forming compounds like calcium carbonate and calcium sulfate from adhering to heat exchanger tubes and piping walls.
Formulated with synergistic anodic and cathodic corrosion inhibitors that react with metal surfaces to build a microscopic, protective passivation layer. It effectively suppresses localized pitting and uniform oxidation across yellow metals (copper/brass), mild steel, and stainless steel.
Contains high-performance synthetic polymers that disperse suspended solids, silt, iron oxides, and precipitated salts. By keeping foulants suspended in the water stream, it prevents sludge accumulation and avoids under-deposit corrosion in low-flow areas.
Maintains strong chemical stability and active potency under high heat fluxes and elevated skin temperatures. The active compounds remain fully functional even in the presence of oxidizing biocides like chlorine or bromine without degrading.
By keeping heat transfer surfaces completely free of insulating mineral scale deposits, optimal thermodynamic efficiency is maintained. This reduces blowdown requirements, saves energy consumption, and extends overall equipment service life.
| Target Mechanism / Scaling Species | Impact on System | Control Mechanism |
|---|---|---|
| Calcium Carbonate & Calcium Sulfate | Forms hard, insulating scale layers on heat exchangers, sharply reducing thermal efficiency. | Threshold effect and crystal lattice distortion prevent nucleation and crystal growth. |
| Silica & Silicate Deposits | Creates extremely hard, dense glass-like scale that is difficult to remove mechanically or chemically. | Polymeric dispersion prevents silica polymerization and keeps colloidal silica suspended. |
| Dissolved Oxygen Corrosion | Causes aggressive pitting corrosion and pinhole leaks on mild steel and carbon steel surfaces. | Forms a durable microscopic barrier film that prevents oxygen diffusion onto the metal substrate. |
| Heavy Metal & Iron Deposition | Settles in low-velocity basins and causes severe under-deposit corrosion (cell corrosion). | Sequestration and dispersion agents keep iron particles and heavy metal ions solubilized. |
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