Manufacturers, Exporters and Suppliers of Acrylic Metal Co-Polymer – Antiscalant & Dispersant for Cooling Water Treatment in Jodhpur

Innova Corporate (India) offers a high-performance Acrylic Metal Co-Polymer, specifically supplied to meet the industrial demands of Jodhpur. Designed as an advanced scale inhibitor and dispersant, our formulation is ideal for the industrial water treatment systems found in local stone & sandstone processing, gypsum & ceramics, handicrafts, textile units, and automobile ancillaries across Basni, MIA, Boranada, and Pal Road. Jodhpur's primary water source is extremely deep groundwater (500-800 ft), characterized by extremely high TDS (2000-8000+ ppm), high salinity, high hardness (500-1500 ppm as CaCO₃), high fluoride (3-10 ppm), high silica (30-60 ppm), high chlorides, high sulfates, and often high iron and heavy metals. This extremely challenging water chemistry leads to severe scale deposition, gypsum scaling (from sulfate-rich water), fluoride scaling, silica scaling, and equipment fouling in cooling towers, heat exchangers, and RO systems. Our Acrylic Metal Co-Polymer effectively eliminates the buildup of calcium carbonate, calcium sulfate (gypsum), fluoride compounds, silica scale, and iron oxides, ensuring uninterrupted operation of cooling towers, heat exchangers, boilers, and RO systems. With exceptional thermal stability up to 250°C and excellent dispersion properties for iron oxides, silica, and suspended solids, this co-polymer maximizes equipment productivity in Jodhpur's extreme summer temperatures (48-50°C). It is particularly effective in extremely high TDS, high salinity, high hardness, high fluoride, and high silica conditions - a unique combination found in Jodhpur's groundwater. By reducing maintenance downtime and chemical cleaning frequency, we significantly lower operational costs for Jodhpur's manufacturing sector. Our product is phosphorus-free and environmentally compatible, making it suitable for facilities with strict RSPCB discharge regulations and ZLD requirements in this water-scarce region.