Recently, a series of high-speed emulsifying and dispersing machine products have been continuously applied in multiple processing industries due to their stable material handling capabilities and flexible adaptability. The following explanation will be provided from two aspects: the core operating logic of the device and the practical application scenarios
1、 Core structure and working mechanism: Multi component collaborative implementation of material processing
The material dispersion and emulsification effect of the equipment, relying on the precise coordination of key structures and mature operating principles, provides basic support for the processing process:
1. Core functional components
•Fixed rotor shearing systemAdopting a claw type coupling structure design, a narrow and precise gap is formed between the stator and rotor. When the rotor rotates at high speed, it can generate strong kinetic energy, allowing the material to be subjected to sufficient mechanical shear and hydraulic action in this area. Stainless steel material can be selected for the parts in contact with materials, suitable for processing scenarios with different cleaning requirements.
•Drive and lifting deviceEquipped with different power drive motors, corresponding models can be matched according to processing capacity requirements. Some models are equipped with hydraulic lifting structures, which facilitate flexible movement and installation of equipment between different containers.
•Control and adaptation moduleSupports forward and reverse adjustment, and can adjust the running direction according to material characteristics; It can adapt to different working conditions such as normal pressure, vacuum, and pressure, and the equipment has no mechanical pollution, meeting the requirements of clean production. The interface design is simple, making it easy for operators to quickly master the usage method.
2. Material handling process
•Feeding stage: Under the centrifugal force generated by the high-speed rotation of the rotor, the material is sucked into the working chamber axially from both the upper and lower parts of the equipment working head;
•Shear dispersion stage: After the material is thrown into the gap between the stator and rotor, it is subjected to multiple forces such as centrifugal compression, impact tearing, and liquid layer friction, achieving preliminary dispersion and emulsification;
•Circulating homogenization stage: The processed material is radially ejected through the stator slot, forming turbulent flow due to the resistance of the container wall and the axial suction force of the rotor. After multiple cycles, the final homogenization process is completed.
2、 Multi industry application scenarios: adapting to differentiated processing needs
Based on stable processing performance and flexible structural design, the equipment has been maturely applied in multiple fields to meet the processing needs of different materials
1. In the field of daily chemical and cosmetics
•Applicable scene: emulsification preparation of face cream, lotion, hand cream and other products, as well as material dispersion of essence liquid and toner;
•Adaptation advantages: It can fully mix immiscible materials such as oil and water to form a stable emulsion, and the stainless steel material reduces the risk of material contamination, meeting the cleanliness standards of cosmetics production.
2. Food and beverage industry
•Applicable scenarios: homogenization and refinement of jam and sauce, emulsification treatment of dairy products, and uniform dispersion of additives in beverages;
•Adaptation advantages: Multiple models cover different processing capacities, and can be adapted from small batch trial production to large-scale production. The texture of the processed materials is uniform, improving the consistency of product taste.
3. Pharmaceutical and excipient fields
•Applicable scenarios: mixing and emulsification of medicinal pastes and syrups, as well as dispersion pretreatment of medicinal excipients;
•Adaptation advantages: It can operate under vacuum conditions, reducing the contact between materials and air. With the selection of clean materials, it meets the compliance requirements of the pharmaceutical industry.
4. In the field of chemical engineering and new materials
•Applicable scenarios: mixing and dispersion of small batch chemical raw materials, homogenization treatment of coatings and inks, and emulsion preparation of new materials;
•Adaptation advantages: It can handle materials of different viscosities and withstand certain temperature environments, adapting to the processing characteristics of various chemical materials.
It is understood that the high-speed emulsifying and dispersing machine has formed a multi model product matrix, which can provide customized adaptation solutions according to customers' processing capacity, material characteristics and other needs, and continue to provide support for various industries' processing links.