High Silica RO Antiscalants

Innova Corporate (India),are RO Antiscalants High Silica Manufacturers, Suppliers & Exporter from India, Delhi based. We have the finest quality of RO Antiscalants High Silica, with very competitive price. Our RO Antiscalants High Silica is prepared with very high quality raw materials with all quality standards of the Industry.

High Silica Ro Antiscalant is a specific Anti-scalant for Reverse Osmosis membrane feed water effective in controlling deposition of inorganic scales and higher levels of silica and metal oxides. High Silica Ro Antiscalant helps in control of silica scales and ideally suited for increasing membrane life and reduces unscheduled shutdowns for cleaning operations. It is a very effective antiscalant for waters with LSI upto +2.5, Iron upto 1.5ppm in reject, Silica upto 325ppm (or mg/l) in reject, High SDI. Key Features & Benefits

  • Effective scale inhibition
  • High recovery rate
  • Low chemical dosage
  • Cost Effective
  • Effective Iron fouling control by sequestration
  • Reduced frequency of membrane cleaning
  • Compatible with all types of membranes
  • Completely organic and biodegradable


High Silica Ro Antiscalant is dosed directly to the RO feed water tank or feed water line (after pretreatment) at the minimum recommended dosage of 2ppm and maximum dosage at 20ppm, subject to inlet water quality and parameters is respect of Calcium Hardness, Iron, TDS, Alkalinity, pH and silica content.


High alkalinity and hardness can be controlled by dosing 2-3ppm of product. But in case of high iron content of about 0.5 to 1.0ppm, the dosing has to be increased by 5- 7ppm for stabilizing Calcium. At about 10ppm dosage High Silica Ro Antiscalant is capable of fully inhibiting high iron, calcium,and silica upto 325ppm in reject. This product should be stored in original containers in cool and dry place, away from sources of heat, flame and direct sunlight. Please refer Technical Data Sheet, Label and MSDS for more details and shelf life.

© 2017 Innova Corporate (India) All rights reserved