KD Microwave Reactor Electric Ovens for Lab

Description
Microwave chemical reactor adopts microcomputer technology and unique technology of microwave adjustment, making microwave power continuous and adjustable, easy to operate and good repeatability. It plays a scientific and practical role in experiments that require microwave-assisted catalytic reaction conditions, especially in those who require a smaller microwave power and who wish to maintain continuous microwave radiation.

Technical data

Characteristics

1.The full power output of the device can be 650W.

2. This device can be set to 10 power levels. The microwave reactor obtain 10% -100% power through different on-off time (duty cycle).

3.Selecting the same power and working time, you can get the same reaction conditions. The experiment has satisfactory repeatability.

4.Applicable to install a reflux apparatus, while ensuring no leakage of microwave’s ended waveguide.

Working principle

♦ Microwave is a kind of high-frequency electromagnetic wave which does not generate heat. Because the microwave in nature is dispersed and not focused, it can not be used as an energy source. While using magnetron can turn electric energy to microwave.

♦ Microwave generated by the magnetron in this device can penetrate medium via oscillation frequency of DPS 2450MHz. When the medium has a suitable dielectric constant and dielectric dissipation, it will vibrate at high-frequency speed in the microwave field. Thus energy is accumulated in the medium. In terms of chemical reaction, it can produce thermal effects and non-thermal effects at the same time.

♦ Microwave can be absorbed by polar medium and metal powder. It can penetrate the non-polar materials such as glass, ceramics, PTFE material etc. But it will be reflected on the metal surface. Typically, the output power of the magnetron is basically the same. Adjusting power can be achieved by changing the current on / off time (duty cycle). Microcomputer control, easier and more accurate operation. The repeated chemical reaction condition can be obtained if you choose the same working state.

Product details