Manufacturers, Exporters, Suppliers of Acrylic Terpolymer
Acrylic Terpolymer in Mathura
Acrylic Terpolymer is an advanced scale inhibitor. In Mathura, we supply premium Acrylic Terpolymer to support cooling water systems at Mathura Refinery, RO plants (industrial water treatment), and industrial processing. Mathura's Yamuna River water with high hardness (200-500+ ppm as CaCO3), high TDS (500-2000+ ppm with high chloride, sulfate, and carbonate), and high summer temperatures (40-45°C) causing increased cycles of concentration in cooling towers (especially during water-scarce dry months), leading to severe scale (calcium carbonate, calcium sulfate) in heat exchangers, boilers, and RO membranes (for high-purity water for refinery applications and other industries), requiring advanced scale control for the refinery's extensive cooling water circuits and for industrial water treatment systems creates scaling potential. Our product helps protect equipment in Mathura's refinery and industrial sectors.
As an indispensable advanced scale inhibitor for Mathura's industrial hub, it serves multiple water treatment facilities. For cooling towers (IOCL Refinery), RO plants (industrial pre-treatment), and industrial processing units, this product meets all quality standards.
SPECIFICATION
| Sr. No. | Property | Specification |
|---|---|---|
| 1 | Nature | Acrylic ter-polymer |
| 2 | Appearance | Clear amber liquid |
| 3 | pH (as is) at 25 °C | 2 - 3 |
| 4 | Density at 25 °C | 1.15 - 1.25 |
| 5 | Total solids (%) | 45.0 ± 1.0 |
| 6 | Solubility in Water | Freely soluble at all use levels |
Uses: This Acrylic Terpolymer is highly effective as a dispersant and scale inhibitor in various systems, including industrial water treatment and boiler water treatment. It efficiently inhibits the deposition of Calcium (Ca), Magnesium (Mg), Silica, and Fe²+ salts, which are primarily responsible for heavy scale build-up on heat transfer surfaces. This low molecular weight polymer maintains high activity over a wide range of pH, high hardness, and extreme temperatures without precipitation.
Beyond its exceptional thermal stability, the product possesses strong resistance to oxidizing agents like chlorine, making it ideal for chlorinated water systems. As a non-phosphorous and non-foaming dispersant, it offers excellent environmental acceptability and aligns with green water treatment standards.
Advanced Features: It specifically controls or retards the precipitation of hard-to-remove silica scales, which are often a major challenge in high-cycle systems. It also stabilizes phosphates in the presence of zinc and other heavy metals, eliminating the need for additional polymers in the treatment program. It is perfectly suitable for use in cooling water systems, high-pressure boiler water, and Reverse Osmosis (RO) applications to enhance membrane life and efficiency.