The working principle of the ultra-high pressure nano homogenizer is to apply enormous pressure to break the polymer and form a uniform dispersion. This device has played an important role in solving the problem of uniform distribution of particles of different sizes. Specifically, when materials pass through extremely small homogeneous valve gaps under high pressure, strong shear forces are instantly generated, finely cutting large particle materials into tiny fragments. At the same time, during high-speed flow, materials will collide violently with each other and form void effects in local areas. These combined effects will crush particles of different sizes, ultimately forming a uniformly dispersed system with a particle size reaching the nanometer level.
The application fields of ultra-high pressure nano homogenizers include but are not limited to:
•Nanomaterial preparation: used for the processing of nanomaterials, drug delivery, food emulsification, etc., to achieve nanoscale dispersion of liquids.
•Production of high-performance composite materials: used for the production of high-performance composite materials to improve their performance and uniformity.
•In the field of biomedicine, it is used for processes such as cell lysis, protein extraction, and drug preparation, which helps to improve the purity and stability of products.
•In the field of chemical engineering, it is widely used in the production and research and development of pigments, coatings, inks, and other products to achieve efficient mixing and dispersion of materials.
•Food industry: used in the processing of dairy products, juices, seasonings and other products to improve the taste and stability of the products, and extend the shelf life.