850RPM 6000ml Planetary Centrifugal Vacuum Mixer For Adhesives

100-850RPM Single Cup Planetary Centrifugal Vacuum Mixer For Adhesives 6000ml

Product Presentation:
Centrifugal Mixer: mainly used for mixing of different density and different particle size of powder material to high uniformity. At the same time, it can also be used to realize the mixing of solid and liquid, liquid and liquid.

Working principle:
Centrifugal Mixer machine at the same time, using a combination of rotation and translation, three movement. When working, the three-dimensional movement of the mixing cylinder makes the mixed matter in the fluctuating state of rhythm change, so as to achieve the combination of high mixing effect and short mixing time. Centrifugal Mixer machine adopts fully closed, can realize clean production, cleaning is also very simple and convenient.

Main features:
Less machine maintenance, real dust free production, cleaning convenient, small shear force, production sites need not be isolated.

Areas of application:
Centrifugal Mixer machine suitable for all the short mixing time, mixing effect of high uniformity of applications such as industrial production, scientific research and development laboratory. Diamond tools, electronic Technology, sintered powder metal, ceramic industry, cosmetics industry, pharmaceutical industry, chemical industry, food industry. laboratory mixed basket powder machine can be loaded into different sizes and shapes The container, small to test tube, to 2 liters of mixed cans. The container is quickly fixed with a special fixture.

Product specification

Main feature

1. Single cup

2. Multi-step parameter

3. Various adapters, customizable

4. Suitable for research and development, volume production

5. Unlimited scale of revolution and rotation, wide range applicable scope

6. Vacuum: 500L/min, approx.-100kpa (when the altitude is zero metres)

Vacuum type defoaming (suitable for materials with relatively high viscosity)
Defoaming takes place on the basis of the following principles:
1. When viscosity is high, bubble rising speed is low, and bubbles are carried to the surface by convection of the material.
2. Bubbles expand due to reduced pressure and are destroyed. Solvent gas bubbles also appear.
3. Small bubbles are also destroyed on the liquid surface by shearing force due to "rotation".