Laboratory Multi-functional Machine

Disperser:
Through the high-speed rotation dispersing disc, the materials will be in annular form flow. As a result, strong vortex flow is generated, which descend down to the bottom of the vortex in spiral state. During the process and, the materials are dispersed, dissolved, mixed efficiently due to the strong shearing crash and friction between the particles.
Mills:
The rotating motor drives the pins and dispersing disc to rotate at high speed, which makes the upper part of dispersing disc and inner grinding chamber become vacuum. The slurry is inhaled into grinding chamber. The grinding medium driven by the driving pin inside the chamber produces force in all directions, which put materials under the action of constant collision and friction to smaller the particle size and narrow the particle size range. The vortex flow generated by high speed rotation dispersing disc absorbs materials out from the basket (grinding chamber), and the milled materials are absorbed again, excellent dispersing and grind result will be achieved.
Emulsifier
It is mainly consisted of rotor and stator. Under the centrifugal force and hydraulic force generated by the high-speed rotor, the stator will put materials under comprehensive action such as strong shearing, centrifugal extrusion, crashing, hydraulic friction etc.. As the result, the solid phase, liquid phase and gas phase which is insoluble at beginning will prompt evenly dispersed and emulsified with various additives. After high-frequency circulation, stable materials with high quality are obtained in a short time.
Vacuum mixer:
Supplied with exclusive vacuum dispersing tank, and tooted disc, butterfly agitator, and propeller agitator. It can be connected with vacuum device to realize vacuum dispersing and mixing.
Ball Mill:
Motor drives the grinding wheel rotates at high speed, which drives the beads inside the tank to do the high speed movement.  The friction and crash force between the beads and materials grind the materials into smaller particle size.