Product Description
Product name
Model
Flow range
Maximum withstand pressure
Mixing range
Mixed precision
Wetted material
Adaptable to
chromatographic columns
Dynamic mixer
FXZ-MD
300-3000mL/min
10MPa
0-100%,0.1%increments
+1.5%
316L/PEEK
100mm、150mm、200mm
AI Product Description
*The following content is generated by AI and is for reference only.
The FXZ-MD type dynamic mixer represents a versatile class of industrial equipment designed for high-efficiency blending, dispersion, and homogenization across diverse sectors including pharmaceuticals, cosmetics, food processing, and chemical manufacturing. Unlike static mixers that rely on fixed internal geometry, this dynamic system utilizes rotating impellers or high-shear rotors to generate intense turbulence within the mixing chamber. This mechanical action ensures rapid particle size reduction, thorough emulsification of immiscible liquids, and uniform distribution of solid additives into liquid matrices, achieving superior product consistency in significantly shorter cycle times compared to traditional low-shear methods.
These units are particularly valued for their adaptability to various viscosities, ranging from thin solvents to thick pastes and gels. The dynamic nature allows operators to precisely control shear rates and mixing intensity by adjusting rotor speed, making them ideal for sensitive applications where excessive heat generation could degrade active ingredients. Common configurations include top-entry or side-entry designs, often featuring stainless steel construction to meet stringent hygiene standards required in regulated industries.
Key operational precautions must be observed to ensure safety and equipment longevity. First, always verify that the vessel is properly filled before initiating rotation to prevent dry running, which can rapidly damage seals and bearings. Second, strictly adhere to recommended maximum viscosity limits specified by the manufacturer to avoid motor overload. During operation, regular monitoring of temperature rise is essential, as high-shear processes generate significant frictional heat; external cooling jackets may be necessary for heat-sensitive formulations. Furthermore, proper maintenance of shaft seals and lubrication systems is critical to prevent contamination and leakage. Before any cleaning or maintenance procedure, the power source must be completely isolated and locked out to eliminate accidental startup risks. Finally, ensure all safety guards are securely in place during operation to protect personnel from moving parts. By following these guidelines, facilities can maximize the efficiency and reliability of dynamic mixing technology while maintaining rigorous quality control standards.