Scale Inhibitor

Operating Principle

The scale inhibitor works by adding specific chemicals to the membrane system, preventing the scaling of inorganic salts, thereby enhancing the operational performance of the membrane. Inorganic salt scaling can affect key parameters such as desalination rate, water production, and operating pressure. The dispersing characteristics of the scale inhibitor effectively prevent the deposition of scaling substances, ensuring the efficient operation of the membrane system and reducing maintenance costs.




Product Features



Specialized Use: Designed specifically for reverse osmosis (RO), nanofiltration (NF), and ultrafiltration (UF) membrane systems, effectively addressing different water quality conditions.

Multiple Formulations:

560 Scale Inhibitor: A versatile liquid suitable for a wide range of reverse osmosis membrane applications.

580 Scale Inhibitor: A specialized liquid for high-silica water, effectively addressing silica contamination.

590 Scale Inhibitor: A phosphorus-free, environmentally friendly liquid suitable for reverse osmosis membranes, minimizing environmental impact.

Cost-Effective: The scale inhibitor is characterized by low cost and high effectiveness, making it widely applicable across various industrial applications.






Application Fields

Water Treatment Industry: Widely used in reverse osmosis membrane systems to prevent performance degradation due to inorganic salt scaling during water treatment.

Industrial Water: Particularly suitable for water with high levels of metal oxides, silica, and scaling salts, effectively improving water treatment efficiency.

Drinking Water Purification: Ensures the normal operation of drinking water treatment systems, guaranteeing water quality safety and stability.

Chemical and Pharmaceutical Industries: Prevents scaling in membrane filtration systems in these sectors, maintaining the separation performance of the membranes.