The Zhuzhuo emulsifier is mainly used for emulsifying/homogenizing immiscible phases, wet grinding, depolymerization, and fine solid dispersion, and is suitable for fields such as food, chemical, and pharmaceutical. The working principle of the Ke Zhuo emulsifier mainly consists of two steps: pre mixing and emulsification. Firstly, by using a high-speed rotating mixing head, different liquids are mixed under high shear force to form colostrum; By using an emulsion head with high shear force, the particles of the mixture are further refined to obtain a stable emulsion.
core functionality
Emulsification/homogenization: mixing two immiscible liquids (such as oil and water) to form a stable lotion.
Depolymerization: Breaking the aggregation state of solid particles or clumps through high shear force.
Wet grinding: Fine grinding of solid materials in a liquid environment.
Fine dispersion: achieving component optimization and particle size homogenization treatment.
Advantages:
Effective: By using high shear emulsification technology, the liquid can be mixed evenly in a short period of time, improving production efficiency.
Stability: During the emulsification process, the liquid particles are fully refined, resulting in a highly stable emulsion that is not easily stratified or precipitated.
Energy saving: Mixing and emulsification technology reduces energy consumption compared to traditional emulsification equipment.
Easy to operate: With automatic control technology, the emulsification process can be automatically completed by setting the parameters.
Safety: All components meet food or pharmaceutical grade requirements and can be used in industries with high safety requirements.
Application scenarios
Immiscible phase emulsification/homogenization: for example, oil-water emulsification and cosmetics cream preparation, micron particle dispersion is achieved through high-speed shearing, and the stability is significantly improved.
Wet grinding and depolymerization: suitable for depolymerization of high viscosity materials such as pigments and nanomaterials, avoiding the particle agglomeration problem of traditional grinding.
Fine solid dispersion: In the pharmaceutical field, it is used for the preparation of solid dispersions of poorly soluble drugs to improve bioavailability.
Component optimization: By accurately controlling the shear rate (variable speed drive+multi tooth slot width rotor), uniform mixing of formula components and optimization of particle size distribution can be achieved.