Featured reactor
The characteristic reactor is a special functional reactor developed by Huo Tong instrument in cooperation with the majority of scientific researchers to meet the needs of various exploratory experiments. Characteristic reactors are mainly divided into three categories: "sound", "light" and "electricity". They are ultrasonic, optical and electrochemical reactors.
Ultrasonic reactor
Pressure ultrasonic reactor is suitable for various ultrasonic extraction, ultrasonic catalysis, ultrasonic micro reaction, ultrasonic high-pressure synthesis, ultrasonic crushing, ultrasonic separation, hydrogenation, gas-liquid two-phase, liquid-liquid two-phase, exothermic reaction and fine chemical industry. It is widely used in nano industry, biology, petrochemical industry, chemistry, pharmacy, polymer synthetic dyes, jewelry, aerospace, metallurgy, automobile manufacturing and other fields.
major function

High temperature, high pressure, ultrasonic reaction;

High temperature, high pressure, ultrasonic extraction;

High temperature, high pressure, ultrasonic catalysis.

Traditional Chinese medicine extraction, cell, bacterial, viral tissue fragmentation( (eg. extraction of cell contents)

Dispersion and homogenization of material particles and emulsification of products( Dispersion of nano materials (silica, carbon dioxide, carbon nanotubes, graphene, etc.)

Accelerate dissolution and chemical reaction( (e.g. for chemical synthesis)

High temperature, high pressure, ultrasonic extraction;

main parameter
Main ultrasonic parameters
Power Supply 220V/50HZ
Fre Quency 20KHZ
output power 300W
Power regulation 0%--100%,5%Increasing
Ultrasonic mode Pulse mode / continuous mode
Timing function LCD, 1s~99h adjustable
Piezoelectric frequency conversion energy converter CV33,PZTLead zirconate titanate piezoelectric ceramics diameter:44mm length:152mm
Diameter horn material Titanium alloy material
Processing capacity 100ml-500ml
pressure 2-10MPa
Photo reactor
There are two main types of optical reactors: photochemical reactor and side window reactor
Photochemical reactor
It is used to study the chemical reactions of gas phase, liquid phase, solid phase and flow system under simulated ultraviolet light, visible light and special simulated light. There are two kinds of reactors: high pressure and atmospheric pressure, and the temperature can also be controlled. The light source can be built-in or external according to the needs of the test process. Light source: the light source can be led bulb, low-pressure ultraviolet lamp tube, Le lamp strip, mercury lamp, xenon lamp, high-pressure ultraviolet lamp, metal halide lamp, etc
  • Example 1: High pressure photothermal catalytic reactor

    light source:300W、500W Xenon lamp external illumination
    window:Sapphire luminous diameterφ30mm

  • Example 2: Photochemical + ultrasonic catalytic device

    light source:Ultraviolet lamp&Built in electrodeless light source
    Pressure: normal pressure
    In addition, it is equipped with ultrasonic function

Side window reactor

There is a window on both sides of the reactor, and the light passing diameter of the windowφ30mm。The window material can be stone or sapphire according to the working conditions。

Both sides can be illuminated by LED spotlights while the camera is transmitted to the computer to observe the viscosity, color change and stratification in the kettle in real time

Pressure: max10MPa
Temperature: max250℃

Electrochemical reactor

The electrochemical reactor superimposes the electrochemical function on the basis of the basic function of the reactor, so as to carry out the chemical reaction under the controllable conditions of temperature and pressure
the volume of the electrochemical reactor can be customized according to requirements, with a maximum temperature of 300 ℃ and a maximum pressure of 10MPa. In special cases, it can be customized according to requirements
general configuration of electrode: working electrode, platinum plate electrode and reference electrode. The electrochemical workstation is provided by the customer.