Binshengxiang Phosphorus-Free Environmentally Friendly Reverse Osmosis Membrane Scale Inhibitor

Binshengxiang Reverse Osmosis Membrane Scale InhibitorPhosphorus-Free and Environmentally Friendly. Zibo Binshengxiang Chemical specializes in the production of reverse osmosis membrane scale inhibitors for eighteen years. The company possesses extensive production technology experience and can provide customers with manufacturer technical support.Binshengxiang Reverse Osmosis Membrane Scale InhibitorPhosphorus-Free and Environmentally Friendly. The MPS308A reverse osmosis membrane scale inhibitor produced by Binshengxiang Chemical requires a low dosage and offers high cost-effectiveness. We welcome users to call for inquiries and discuss cooperation.

Below is an introduction to the MPS308A reverse osmosis membrane scale inhibitor produced by Binshengxiang Chemical:

MPS308-A Reverse Osmosis Membrane Scale Inhibitor

MPS308-A RO membrane scale inhibitor

Usage Description of MPS308A Reverse Osmosis Membrane Scale Inhibitor

Bin-sx MPS308A reverse osmosis membrane scale inhibitor is a high-efficiency liquid scale inhibitor/dispersant used to control scaling caused by the precipitation of calcium carbonate, sulfates, and iron oxide in membrane separation systems. Using this scale inhibitor can extend the system cleaning cycle, prolong membrane life, and reduce costs. Bin-sx MPS308A reverse osmosis membrane scale inhibitor has been widely used in reverse osmosis and nanofiltration systems. It is compatible with reverse osmosis membranes and TFC membrane elements from Dow Chemical (Dow.Filmtec), Hydranautics, and domestic manufacturers, as well as nanofiltration membrane elements.

Product Features of MPS308A Reverse Osmosis Membrane Scale Inhibitor

Recommended scale inhibitor by Dow Chemical (Dow. Filmtec), Hydranautics, and others;

Certified standard for drinking water applications;

Effectively controls calcium carbonate, calcium sulfate, and strontium sulfate scaling; LSI for calcium carbonate as high as +3.0 without scaling;

Reduces scaling and membrane cleaning frequency;

Suitable for various types of membrane materials;

Disperses blocking particles to keep the reverse osmosis membrane surface clean;

Can be used directly or diluted.

Usage Requirements for MPS308A Reverse Osmosis Membrane Scale Inhibitor

Dosage

The required dosage should be determined based on the operating conditions of individual systems, calculated according to factors such as feedwater salinity, temperature, recovery rate, and reverse osmosis membrane type. Continuously add the MPS308A reverse osmosis membrane scale inhibitor to the feedwater before the security filter. The typical dosage is 3-5 mg/l, which may vary depending on water chemistry, membrane type, and system operating parameters (such as recovery rate, temperature, and pressure). The specific dosage should be calculated by the service provider.

Dilution

MPS308A reverse osmosis membrane scale inhibitor should be added continuously. It is recommended to add the concentrate directly at the maximum frequency of the dosing pump. It can also be diluted with RO product water or demineralized water, with a dilution factor not exceeding 10.

Physicochemical Properties of MPS308A Reverse Osmosis Membrane Scale Inhibitor

Packaging and Storage

High-strength plastic drum, 25 kg/drum

Safety and Protection

When handling this product, take labor protection measures. Avoid contact with skin and eyes. In case of contact, rinse thoroughly with plenty of water.

Binshengxiang Reverse Osmosis Membrane Scale InhibitorPhosphorus-Free and Environmentally Friendly. Binshengxiang Chemical specializes in the production of reverse osmosis membrane scale inhibitors. The MPS308A reverse osmosis membrane scale inhibitor is highly efficient and broad-spectrum. The product effectively controls scaling on the membrane surface of reverse osmosis equipment, improving water production and water quality. It has consistently received positive feedback from users. Binshengxiang Chemical looks forward to cooperating with you.