DN300 SK Static mixer 904L Stainless Steel

SK Static Mixer is a type of Static Mixer designed for efficient mixing of liquids in pipelines. It is also known as a line mixer or pipeline mixer. The static mixer is specifically designed for liquid-liquid mixtures, ensuring thorough mixing and homogenization.

Key Features:

• Designed for liquid-liquid mixtures
• Efficient mixing in pipelines
• Thorough mixing and homogenization
• Static design for continuous mixing

SK Static Mixer is ideal for industries where precise mixing of liquids is required, such as chemical processing, food and beverage production, and pharmaceutical manufacturing. The static design allows for continuous mixing without the need for moving parts, reducing maintenance and ensuring consistent results.

Whether you need to blend two liquids for a chemical reaction or create a uniform mixture for a food product, SK Static Mixer is the reliable choice for your mixing needs.

Customer Review:

"I have been using SK Static Mixer in my chemical processing plant for several months now, and I am extremely satisfied with the results. The mixer has significantly improved the efficiency of our mixing process and has helped us achieve consistent product quality." - John D.

Common Questions:

Q: Can SK Static Mixer be used for gas-liquid mixtures?

A: No, SK Static Mixer is specifically designed for liquid-liquid mixtures.

A: ZERRU has achieved a significant breakthrough in static mixer technology by successfully developing and manufacturing an ultra-large-size SK-type static mixer mixing element, with the current maximum specification reaching DN800.

This not only demonstrates the company's technical strength but also provides more opportunities for expanding into international markets, particularly in regions with high processing capacity and complex working conditions, such as Russia.

Below is a summary and analysis based on the available information:

The DN800 specification far exceeds common sizes, meaning that a single unit can handle larger fluid flow rates, meeting the demands of large-scale production in industries such as petroleum and chemicals.

The manufacturing of large-size mixing elements involves a series of difficulties, including forming technology, material strength, and welding deformation control. For example, spiral unit sheets of DN500 and above require special pressing molds and processes to ensure the accuracy of their profile lines and structural strength, preventing excessive deformation or damage during use.