Homogenizer is a device that breaks down material particles, droplets, or bubbles through physical or mechanical means to achieve uniform mixing and refinement of materials. Its core function is to improve material stability and quality.
Homogenizer is a device that breaks down material particles, droplets, or bubbles through physical or mechanical means to achieve uniform mixing and refinement of materials. Its core function is to improve material stability and quality.
high-pressure homogenizationMainstream technology, materials pass through narrow gaps under high pressure (usually 10-150MPa), undergo triple effects of shear, impact, and cavitation, and the particles are crushed and refined, suitable for liquid materials.
Colloid mill typeBy generating shear force through high-speed relative motion between the stator and rotor (with a speed of up to 10000rpm or more), the material is ground and crushed, suitable for materials with high viscosity and solid particles.
ultrasonic typeUtilizing the cavitation effect of ultrasound to form tiny bubbles, the bursting of bubbles generates impact force to break particles, suitable for laboratory or precision processing scenarios.
High-pressure homogenizerDivided into plunger type (industrial grade) and laboratory small-scale machines, it has high crushing efficiency and can refine particle size up to 0.1-1 μ m, suitable for large-scale production.
colloid millThe structure is simple, wear-resistant, and can handle high viscosity materials containing solid particles (such as sauces and pastes), but the refinement accuracy is slightly lower than that of high-pressure homogenizers.
ultrasonic homogenizerSmall size, flexible operation, minimal damage to heat sensitive materials, commonly used in fine processing of biological products, nanomaterials, and other materials.
Emulsifying homogenizerFocusing on oil-water dispersion and emulsification, with homogenization function, suitable for the preparation of cosmetics and food emulsion systems.
Work pressure: High pressure models usually have a pressure range of 20-150MPa, and the higher the pressure, the better the refinement effect.
Processing capacity: Industrial grade models can reach 1-50m ³/h, while laboratory models typically have a processing capacity of 0.1-5L/h.
Refining particle size: High pressure models can refine particles/droplets to 0.1-5 μ m, meeting the requirements of different industries.
Material adaptability: The temperature resistance range is usually -10 ℃ -120 ℃, and some models can withstand corrosive materials.
Food and beverage industryUsed for homogenization of dairy products (milk, yogurt) to prevent layering; Refine the taste of fruit juice and jam; Beverage emulsification (such as milk tea, plant-based protein drinks).
Pharmaceutical and biological industryParticle size control of pharmaceutical preparations (such as injections and ointments) to enhance drug efficacy; Homogenization treatment of vaccines and biological proteins to protect active ingredients.
cosmetics industry: The emulsification of face cream, lotion and essence is homogeneous, ensuring fine quality, stability and non stratification.
Chemical materials industryDispersion and homogenization of coatings, inks, and adhesives to enhance product stability and adhesion; Particle refinement in the preparation of nanomaterials.
other fieldsEmulsification of pesticide formulations, dispersion of feed additives, and material pretreatment in laboratory research and development.
