The mixed homogenizing emulsification pump efficiently integrates multiple processes—mixing, dispersion, crushing, dissolution, refined depolymerization, homogenization, and emulsification—significantly simplifying traditional production workflows, substantially boosting efficiency, and serving as a critical tool for enhancing product quality. This high-efficiency processing enables its widespread application across industries such as food, daily chemicals, fine chemicals, biomedicine, and petrochemicals.
· Outstanding Performance
The core competitiveness of the mixed homogenizing emulsification pump stems from its unique advantages:
Powerful Shear Force: Centered on the synergistic action of the stator and rotor system, it generates extremely high shear speeds and shear forces. This robust mechanical action ensures high-speed dispersion, emulsification, and final product stability.
Broad Applicability: Its flexible design effortlessly handles diverse emulsification processes. Whether preparing stable emulsions, uniform suspensions, or processing delicate colloids, it delivers efficient homogenization and mixing.
Superior Material Assurance: Critical components in contact with materials can be made of full 316L stainless steel, offering exceptional corrosion resistance and hygiene. This guarantees product purity and meets stringent standards in industries like food and pharmaceuticals.
· Ingenious Working Principle
Bonve’s mixed homogenizing emulsification pump operates through its core components: the stator and rotor. When the rotor rotates at high speed driven by power, material is forcibly drawn into the working chamber. Under the rotor’s centrifugal force and hydrodynamic action, the material is instantly propelled toward the stator’s precision-engineered inner wall.
Inside the pump, the material undergoes multiple physical processes:Shearing and tearing by sharp rotor teeth and stator grooves;Impact crushing from high-speed movement;Centrifugal compression and fluid-layer friction in complex flow channels;Intense turbulence enabling microscale uniform mixing.
These combined forces forcibly refine, uniformly blend, and emulsify otherwise immiscible solid, liquid, or gaseous phases within moments. Material typically undergoes repeated processing in the pump or circulation loop, yielding stable, high-quality end products.
· Extensive Applications
The pump empowers diverse sectors:
Fine Chemicals: Pigments, dyes, plastic additives, textile auxiliaries, adhesives, resin emulsification, silicone oil emulsification, hot-melt adhesives, sealants, surfactants, leather agents, wax emulsions, bactericides, flocculants.
Petrochemicals: Lubricants, heavy oil/diesel emulsification, modified asphalt, catalysts, wax emulsification.
Biomedicine: Injectables, antibiotics, medicated creams, sugar coatings, microcapsule emulsification, cell/tissue disruption.
Coatings & Inks: Printing inks, latex paints, architectural coatings, coating additives, carbon black dispersion.
Pesticides: Insecticides, herbicides, emulsifiable concentrates, fertilizers, pesticide adjuvants.
Nanomaterials: Dispersion, depolymerization, reaction, extraction.
Food Industry: Juices, jams, ice cream, dairy products, additives, tea beverages, chocolate, flavors.
Daily Chemicals: Liquid detergents, creams (facial, lipstick, cleansers), skincare products, fragrances.
Papermaking: Pulp, adhesives, rosin dispersants, additives, resin emulsification.
With its precision design, robust capabilities, and universal adaptability, the mixed homogenizing emulsification pump drives industrial production toward greater efficiency, refinement, and stability.
