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Manufacturers, Exporters and Suppliers of Hot Water Corrosion Inhibitors – Protection for Closed Loop & Industrial Heating Systems in Agra

Hot Water Corrosion Inhibitors
Hot Water Corrosion Inhibitors in Agra

Hot Water Corrosion Inhibitors in Agra

Hot Water Corrosion Inhibitors from Innova Corporate are specifically formulated for closed-loop hot water heating systems, solar water heaters, and process hot water circuits in Agra's hotels, hospitals, and industrial facilities. Agra's typical make-up water (hard, with chlorides and oxygen) causes general and pitting corrosion of mild steel and copper components when heated to 60-90°C. Our inhibitors are based on sodium nitrite (anodic inhibitor), molybdate (pitting inhibitor), tolyltriazole (copper corrosion inhibitor), and a pH buffer (borate or bicarbonate). For hotel domestic hot water recirculation loops (which often have brass valves, copper pipes, and steel storage tanks), we recommend a nitrite-borate-azole blend at 500-1000 ppm (as product). For solar water heaters (increasingly popular in Agra due to abundant sunlight), our propylene glycol-based antifreeze + inhibitor prevents corrosion and scaling. For process hot water circuits in tanneries and textile mills, we offer a higher temperature stable (up to 120°C) inhibitor containing phosphonates and azoles. The products are supplied as liquid concentrates (25-40% active) for easy dosing. We provide test kits for nitrite, molybdate, pH, and azole to monitor treatment levels. For existing systems with rust or scale, we offer a pre-treatment cleaner (acid or alkaline) before inhibitor application. For food-grade hot water circuits (e.g., dairy hot water cleaning), we supply NSF-approved inhibitors. Available in 25L, 200L drums.

Benefits :

    • High performance scale and corrosion inhibitor
    • Excellent corrosion, scale and fouling prevention for hot water and chilled water systems
    • Convenient single drum formulation for low pressure steam boilers
    • Excellent for high non-alkaline hardness, low alkaline hardness, low CO2 content and low silica levels
    • Suitable for ferrous and cuprous materials
    • Ideal for preserved locomotive boilers, steam powered models, exhibition and museum boilers