Experimental high-pressure nano homogenizer

NegotiableUpdate on 02/10

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The working principle of the experimental high-pressure nano homogenizer Nano desktop experimental micro jet homogenizer is that the material flows through a one-way valve and is pressurized in the high-pressure chamber pump. By using a micrometer sized nozzle and subsonic impact on the emulsion chamber, a sufficiently small and uniform particle size distribution is obtained through strong cavitation and shear effects.

Product Details

Experimental high-pressure nano homogenizer

Product Advantages:
1. The core material of the nozzle is diamond, and it is sealed with a metal conical surface to withstand ultra-high pressure while ensuring sealing and extending its service life.

2. Electro hydraulic transmission ensures safety while the chamber structure of * enables homogenization pressure to reach up to 3100 bar, effectively solving the nanoscale dispersion of particles; Capable of processing 10ml samples and achieving cyclic homogenization, saving research and development costs;

working principle:
After passing through the one-way valve, the material is pressurized in the high-pressure chamber pump. By using a micrometer sized nozzle and subsonic impact on the emulsion chamber, a sufficiently small and uniform particle size distribution is obtained through strong cavitation and shear effects.

Main applications:

Preparation of fat emulsions, liposomes, and nanosuspensions; Extraction of intracellular substances (cell lysis);

Homogeneous emulsification of food and cosmetics;

New energy products (graphene battery conductive paste, solar paste)

Experimental high-pressure nano homogenizer