Horizontal Microwave Vacuum Tube Furnace with Atmosphere Control System

INNOV-TS microwave vacuum horizontal tube furnace is a multifunctional microwave rapid heating atmosphere tube furnace, which has the advantages of quasi-fixed temperature and uniform heating, and can be widely used in scientific research, new material development, chemical synthesis and other fields.

Product characteristics

1. Microwave rapid heating: the unique heating mechanism of microwave directly acts on the inside of the material to achieve rapid heating and greatly shorten the experiment cycle;

2. Uniform heating: the unique furnace design and microwave heating method ensure that the material is evenly heated in the furnace to avoid local overheating or underheating;

3. Atmosphere control system: can set a variety of atmosphere environment (such as nitrogen, oxygen, argon, etc.), to meet the needs of different materials;

4. Quasi-determined temperature: equipped with high-precision temperature control system to ensure that the temperature error in the furnace is within ±1℃, to meet the high-precision experiment needs;

5. Safety protection: The equipment has multiple safety protection functions, such as over-temperature protection, leakage protection, over-current protection, etc., to ensure the safety of the experiment;

6. Easy to operate: user-friendly design, simple and convenient operation, users can control the device through the touch screen;

Application field

Microwave vacuum horizontal tube furnace is suitable for all kinds of colleges and universities, research institutes, laboratories of enterprises;

1. High temperature treatment of materials: Tubular experimental furnace can provide a high temperature environment for heat treatment of materials. In chemical research, this can be used to change the structure and properties of materials, so as to study properties such as high-temperature phase transition and thermal stability of materials.

2. Chemical reaction research: Tubular experimental furnace can be used for chemical reaction experiments, such as catalytic reaction, thermal decomposition, etc. By controlling the reaction temperature and atmosphere, the reaction mechanism, reaction kinetics and product properties can be studied.

3. Gas analysis: The tubular experimental furnace can be used in combination with gas analysis instruments to analyze the gas generated in the reaction process. This helps to understand the gas changes during the reaction process, so as to infer the reaction mechanism and reaction path.

4. Material synthesis: Tubular experimental furnace can be used to synthesize various materials, such as ceramics, glass, nanomaterials, etc. During the synthesis process, the structure and properties of the material can be controlled by controlling parameters such as temperature, atmosphere and time.

5. Thermogravimetric analysis: The tube experimental furnace can also be used for thermogravimetric analysis experiments to study the mass change of materials during heating. This helps to understand the material's thermal stability, thermal decomposition behavior, and component content.

Product parameter