Super Duplex ZQM-SD Static Mixer: Enhanced Mixing Solutions

A Static Mixer

For instance, the Super Duplex ZQM-SD Static Mixer, is an efficient mixing device without any moving parts. Besides its widespread use in the petroleum refining and chemical industries, it is also extensively applied in fields like medicine, food, mining, plastic extrusion, and environmental protection. Compared to traditional mixing equipment such as mixers, colloid mills, homogenizers, and Venturi tubes, it offers advantages including a simpler process, more compact structure, lower energy consumption, reduced investment costs, higher operational flexibility, no need for maintenance, and excellent mixing performance. Any process involving the mixing, emulsification, neutralization, absorption, extraction, reaction, and enhanced heat transfer of liquid-liquid, liquid-gas, liquid-solid, and gas can replace traditional related equipment.

Mixing Unit Composition

The mixing unit of the SD-type static mixer, such as the Super Duplex ZQM-SD Static Mixer, consists of vertically intersecting blades, and multiple units are connected to form D-shaped units, creating a staggered multi-chamber state. It can disperse droplets to 10 microns during the emulsification process and is used for the non-uniformity coefficient of general mixing processes.

Application Sectors

The product is suitable for mixing, reaction, absorption, injection molding, color matching, heat transfer, and other processes in sectors such as chemical, petroleum, pharmaceutical, food, fine chemical, environmental protection, synthetic fibers, and metallurgy. It is particularly suitable for high-viscosity media with small flow rates and impurities or viscosity ≤ 10³ CP. The Hygienic static mixer and Inline static mixer are particularly well-suited for these applications, ensuring that the mixing process meets the highest standards of efficiency and cleanliness. The Custody Transfer static mixer plays a crucial role in ensuring the accuracy and reliability of the mixing process in critical applications.

Technical Data