Homogenization principle
The function of homogenization is to uniformly disperse different components in the same system, break up or refine the insoluble phase particles in the liquid, and form a stable and uniform solution.
The material enters the homogenizing valve under the push of the plunger, where it is pressurized and discharged.
During this process, the material is subjected to various effects: cavitation, high-frequency vibration of strong turbulence, shearing with the edge of the homogenization valve, and impact with the backing ring of the homogenization valve.
Primary homogenization is mainly used for solid particle dispersion or cell disruption, while secondary homogenization is mainly used for emulsion processing or viscosity control.
Controlling the homogenization valve and servo system through a pneumatic adjustment unit ensures precise control of the homogenization effect.
- High-precision digital display pressure sensor 0~2000bar, precise
- Degree 1bar, first-level homogenization module
- 1000ml feeding cup, set of special tools, standard spare parts
- Variable frequency flow control system
- Flow rate from 30-40 liters/hour
- Particularly suitable for small experimental scale control
- Built-in coil cooling module -
- Suitable for research and development of materials that require efficient cooling
- Made of SS316L stainless steel
- Equipped with a chiller, which can effectively reduce the temperature of the material at the outlet
Parameters:
Product Process Viscosity : < 2000 cPs
Maximum feed particle size : < 500 microns
Maximum feed temperature : < 90° C
Processing volume : 30-40L/H adjustable
Minimum batch size : 80 ml
Homogeneous series : Level 1
Design homogenization pressure : max. 1800bar
Maximum working pressure : 1500bar
Pressure gauge : Hygienic diaphragm digital display pressure sensor
Main motor : 5.5kW
Voltage and frequency : 380V, 60Hz
Plunger : 1 piece, made of ceramic
Internal cooling : fan
Inlet and outlet connection : Tri-Clamp Quick Connect
Maximum cleaning temperature : < 90 °C
Maximum sterilization temperature : < 145 ° C
Cleaning/sterilizing time : 30 minutes
Water consumption during cleaning/sterilization : 30 liters/hour
Areas of application:
Biology: Cells, yeasts, etc.
Drugs: Fat milk, liposomes, etc.
Food: Milk, juice, sauces, etc.
Chemical industry: infantile, paint, cosmetics, etc.