Electrical Lift High Speed Disperser

Description:

The high speed disperser is mainly used for scattering slurry raw materials with different viscosities. The blade is up and down saw-tooth disc form. The high shear disc blade rotates at a high speed and creates a radial flow within a mixing vessel. The flow push the material to the edges of the blade. Then the material is rapidly dissolved and mixed among the liquid.

Lab Electrical Lifthigh speed disperser is suitable for low to middle viscosity material. It’s widely used in laboratory, universities and factory for test and experiments. The structure is simple and easy to use. This disperser use servo motor electric lifting and the lifting is stable and and without noise. It adopts frequency converter to adjust the speed. The PLC touch screen is optional. The speed can be displayed on the converter or in the touch screen directly.

Features:

Electric Lifting;

Speed adjustable (Frequency Converter Control);

Jacketed tank is optional, which can pass oil or water for heating or cooling

Contact material SUS304 and 316L are optional.

Airtight is optional, can be pumped vacuum or protected by inert gas;

Single Phase and three phase are optional;

Applications:

The lab disperser is widely used in laboratory test or small batch production in industry such as paint, pigment, ink, oil and etc.

Competitive Advantage:

1. Easy to operate and convenience.

It’s with digital speed display. The PLC touch screen is also optional. This machine use servo motor electric lifting and the lifting is stable and without noise. The mixer can be easily raised and lowered by button or touch screen. With frequency converter, the speed can be easily adjusted according to the process needs.

2. Durable

Use industrial three-phase asynchronous motor, it can run for a long time.

The wetted material is stainless steel 304. And SS316L is optional.

Specifications:

The motor power and speed will be customzied as the material property and customer’s needs. Above information is just for your reference.