Lab Synthesis Equipment Chemical Microwave Reactor BXT-MCR-200

Microwave chemical reactor

The working process of the microwave chemical reactor can be divided into four core steps: "microwave generation - energy transmission - system absorption - reaction acceleration". The specific principle is as follows:
Microwave generation stage: The core component of the equipment, "microwave generator" (usually a magnetron), under the drive of the power supply, converts electrical energy into stable-frequency microwave energy (2450 MHz). This frequency of microwave energy is efficiently absorbed by most polar molecules and does not have a significant heating effect on non-polar molecules (such as aliphatic solvents), possessing certain "selective heating" characteristics.

Energy transmission stage: Microwave energy is transmitted directionally through the "waveguide" (a metal conduit that prevents microwave leakage) to the "microwave resonator" (reaction chamber). The resonator is made of metal (such as stainless steel), which can reflect microwave energy, creating a uniform electromagnetic field within the chamber. This ensures that the reaction system can absorb microwave energy in all directions.

Product details

Selection Guide

Machine model and corresponding parameters

Optional reaction vessel

List of Accessories

Take BXT-MCR-250ST as an example. For specific model accessories, please contact customer service.

Chemical Microwave Reactor

Lab Synthesis Equipment Microwave Reactor

BXT-MCR-200 Microwave Reactor

Lab Synthesis Equipment Chemical Microwave Reactor BXT-MCR-200 Images