High pressure homogenizer is an experimental equipment
commonly used in fields such as biochemistry and molecular
biology. It disperses substances into small particles through
high-speed shearing, crushing, and impact forces, thereby
achieving cell fragmentation, cell separation, DNA/RNA
separation and purification.
Application of High Pressure Homogenizer in Chemical Industry
High pressure homogenizers have a wide range of applications in
the chemical industry. This includes:
Pigment industry: High pressure homogenizers can disperse
pigments into extremely small particles, improve the stability
and uniformity of pigments, and thus enhance the quality of
coatings.
Ink industry: High pressure homogenizers can evenly disperse
pigments and resins, making ink quality more stable and
improving printing quality.
Pharmaceutical industry: High pressure homogenizers can be used
for drug preparation, purification, and research, dispersing
drugs into small particles and improving their bioavailability.
Food industry: High pressure homogenizers can be used for food
preparation and processing, such as dairy products, juices,
beverages, etc.
Advantages of high-pressure homogenizer
The high-pressure homogenizer has the following advantages:
It can disperse substances into small particles to improve their
stability and uniformity.
It can complete the dispersion and fragmentation of substances
in a relatively short period of time.
Easy to operate, easy to control and adjust.
The device has a compact structure and occupies little space.
In short, high-pressure homogenizers are widely used in the
chemical industry, which can improve product quality and
performance. They are an indispensable and important equipment
in the chemical industry