3500W Industrial Ultrasound Jacketed chemical Glass Reactor

Product Description

Ultrasound Jacketed chemical Glass Reactor  is an instrument for ultrasonic treatment of substances by using the cavitation effect of ultrasonic waves in liquid. It is composed of ultrasonic generator, transducer, amplifier rod and reaction kettle body. The generator produces high-frequency electrical signals, the transducer converts the electrical signals into mechanical vibration, the amplifier rod amplifies the vibration amplitude, the reaction kettle body holds the material, and through the coordinated work of these parts, it realizes the processing of the material's crushing, emulsifying and separating.

Feature

1.The whole stainless steel column, mobile framework, 4-6 or more covers of the reaction kettle, with full set of glass parts for reflux, adding liquid, temperature measurement, and so on.
2. Use G3.3 high borosilicate glass, with good chemial and physical properties.
3. Alloy steel mechanical seal, PTFE connector, to maintain a high precision seal in the working condition.
4. With PT100 sensor probe, high precision temperature measurement, small errors, high efficiency.
5. AC reducer motor, strong torsion, no noise.
6. PTFE discharge value, moveable interface, discharging completely and quickly.
7. Our company can design special kettle boday structure according to customer requirements(such as PH meter, sand core filter etc)
8. All the reaction kettle can be made of explosion-proof device according to the customer request.(The explosion-proof device refers to the ex-proof motor + ex-proof control box + ex-proof temperature field display instrument).
Product Parameters

Application

An Ultrasound Jacketed chemical Glass Reactor  is an ideal equipment for lab-scale and pilot tests, biopharmaceutical, new drug research and development and new material synthesis. It is primarily used in small chemical industry, petroleum, metallurgy, coal, electronics, building materials, light industry and other fields, or the medium and small scale production.

Project Case