Descripción del producto

Product Introduction

Laboratory electric lift dispersers is especially designed small-batch dispersing and mixing materials in universities, scientific research institutions, laboratory etc..It is with digital speed display, various speed control, can run for a long time, low noise and stable operation. The dispersing disc can be easily disassembled. Simple structure and easy operation. It is an ideal laboratory test equipment.

[Material viscosity]:≤*5,**0 cps

[Production capacity]: ***0L

[Applications Fields]:Suitable for dispersing, mixing materials in industries such as biology, pharmacy, food, paint, ink, adhesives, pigment, fertilizer etc..

[Applied materials]: Suitable for all kinds of explosive nor flammable materials with viscosity less than ****0cps, solids content less than *0%; such as emulsion paint, industrial paint, water-based ink, etc.

 Product advantages

Higher efficiency, better quality

The Max.rotation speed can be up to ***0rpm, linear velocity can be up to *3m / s (recommended linear velocity is ****5m / s), it can rapidly disperse the powder in the liquid evenly; due to its high shear forces, the material will be uniformly dispersed and formed a good suspension effect. Due to the strong shearing force, the materials are dispersed evenly and form good suspension effect.

Easy and Safe Operation

With locking and lifting handle, can lift up and down and fixed manually conveniently. The dispersing disc is fixed to the main shaft with Hexagon socket-head cap screw, which can be disassembled and exchanged quickly, easy to clean. With manual simple clamping to fix the tanks properly to prevent from accident due to the tank displacement during operation.

Little  temperature increase

The tank working with the machine is with cooling jacket. Excellent cooling result can be achieved by ting cooling water into the jacket when the machine is running. Normally the temperature increase will be less than *0º

Working principle

Through the high-speed rotation dispersing disc, the material will become in annular form flow, resulting in strong vortex flow, which descend down to the bottom of the vortex in spiral state. During the process, materials are dispersed, dissolved, mixed and emulsified efficiently due to the strong shearing crash and friction among the particles.

 Parameter

Model           PowerKW      Speed RPM     Capacity L    Lifting stroke

BFS*0.*5       0.*5              ***0                   ***0             **0mm

BFS*1.5          1.1               ***0                   ***0             **0mm