We offer best quality Reverse Osmosis membrane Antiscalant. The Antiscalant product range is designed to eliminate scale and reduce fouling in membrane systems, regardless of the feed water source. Our Antiscalants is a range of specific Antiscalants for Reverse Osmosis Membrane effective in controlling deposition of inorganic scales. Use of our antiscalant save money by protecting expensive membranes, reduces use of acid for cleaning, high recovery rate, reduce energy cost, save downtime in frequent membrane cleanings.
We deal with the following BASF antiscalant products:
Antiscalant Sokalan RO 100
Broad-spectrum scale inhibitor for line operation at high recovery rates.
Excellent Performance against calcium carbonate, calcium sulfate and Barium Sulfate Inhibition.
Excellent Performance against Colloidal/Silt dispersant.
Antiscalant Sokalan RO 400
Phosphorus-free broad-spectrum premium scale inhibitor for line operation at high recovery rates.
Excellent Performance against calcium carbonate, calcium sulfate and Barium Sulfate Inhibition
Antiscalant Sokalan RO 1000
Specialty product for magnesium hydroxide scale inhibition .
Excellent performance against calcium sulphate and Barium sulfate inhibition and Colloidal/silt dispersant.
Antiscalant Sokalan RO 2000
Specialty product for silica inhibition
Antiscalant Sokalan RO 3000
|Specialty product against iron fouling |
Our own Antiscalant Memtreat 3100 reverse osmosis RO antiscalant is a concentrated blend of multi functional polymer solution applied as scale inhibitor and crystal modifier. Antiscalant Memtreat 3100 is recommended for use in RO system. This antiscalant may be used in conjunction with other conventional RO chemicals and impurity dispersion to provide a flexible and highly effective program for complete ro water treatment. This antiscalant is designed to cater wide range of water quality for greater applicability and uninterrupted operations.
- Non-corrosive to feel equipment
- Easily applied
- Compatible with other chemicals
- Freeze protected down to 0 deg F