Experimental high-pressure homogenizer JXNANO-5

Homogenization is the process of micronizing and homogenizing dispersed particles in a suspension (or emulsion) system, which simultaneously reduces the size of the dispersed particles and improves their uniform distribution.

The principle of high-pressure homogenization:

When the high-pressure pump head component is working, the material is sucked into the pump chamber through a one-way valve. Under the force of the plunger, the fluid material between the pump chamber and the homogeneous valve seat will generate a higher pressure.

When high-pressure materials pass through the homogenization valve component, the following three homogenization effects are generated:

① Shear action, the gap between the homogeneous valve seat and the valve core is very small, causing shear on the material particles

② Hole effect, instantaneous loss of pressure in high-speed extruded materials, ultimately achieving the goal of uniform distribution of materials

③ Collision effect, the material extruded at high speed collides with the collision ring at a high speed, producing impact crushing

Experimental high-pressure homogenizerApplication fields:

① In the pharmaceutical industry, fat particles, drug loaded lotion homogenization, liposomes, nano suspensions and microcapsules are prepared;

② Cell lysis, extraction and homogenization of intracellular substances in biotechnology products;

③ Production and preparation of fine chemicals, carbon nanotubes, graphene, conductive slurries, and resistive slurries;

④ Personal care products - homogeneous dispersion of lipid nanoparticles;

⑤ Homogenization and emulsification of food and industrial products to improve product stability;