Overview

This homogenizer is wiith smooth and attractive.  The high pressure up to 150Mpa, with internal materials made of high-strength, high-hardness wear-resistant materials such as tungsten carbide, silicon nitride, and ceramics, ensuring a long service life and a significantly reduced breakage rate.  Widely used in high-tech fields such as fine chemicals, pharmaceuticals, biotechnology, and nanotechnology.

Design Highlights

1. Two-stage homogenization, equipped with ceramic homogenizing valve

2. The handwheel adjusts the two-stage homogenized pressure

3. Steatite alloy ball valve, tungsten carbide alloy seat

4. High pressure plunger seal, PVDF/EPDM material, * high working temperature is 100 degrees

5. Electroplated plunger

6. The homogenized chamber is equipped with a pointer diaphragm pressure gauge

7. Stainless steel feed hopper

8. The packing in contact with the material is EPDM material, and the * highest working temperature is 100 degrees

9. Internal wiring, complete lubrication system

10. It has steering marks and a polished stainless steel cover shell

Working Principle

The key to preparing nanoparticles is controlling the particle size and ensuring uniform distribution.  To reduce and eliminate particle aggregation, the ultra-high pressure homogenizer employs the cavitation blasting method, which is currently one of the more suitable techniques for nanoscale preparation. After multiple homogenization processes under a pressure of over 100Mpa, it can produce uniformly sized particles ranging from 0.1 to 0.5um. .

The ultrafine crushing inkjet ink, dye and biological wall breaking are used by the ultra-high pressure homogenizer, and the particle size distribution state is very good, which can obtain a relatively narrow and uniform particle size distribution.

Technical Parameter

Product Application

Material viscosity: <=100,000 cps

Production Capacity: 0L~10,000L/hour

Applied materials: suitable for emulsifying, homogenizing and dispersing materials in high-tech fields such as fine chemicals, pharmaceuticals, biotechnology, and nanotechnology.

After multiple homogenization processes under a pressure of over 100Mpa, it can produce uniformly sized particles ranging from 0.1 to 0.5um.