ECS-M High-Temperature Microwave Reactor (500°C), EMHTMR
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A High-Temperature Microwave Reactor (500°C) is a sophisticated thermal processing system that uses electromagnetic radiation to achieve extreme temperatures far beyond the capabilities of standard laboratory microwave synthesizers (which typically peak at 250°C to 300°C).
Standard solvents and glass vessels cannot reach 500°C. To achieve these temperatures, these reactors utilize Hybrid Microwave Heating: (1) Silicon Carbide (SiC) Susceptors: The reaction vessel or an internal "liner" is made of SiC. As a high-loss dielectric material, SiC absorbs microwaves with extreme efficiency, converting electromagnetic energy into thermal energy and radiating it to the sample. (2) Volumetric + Radiant Heating: The sample is heated from the inside (microwave coupling) and the outside (radiant heat from the SiC), allowing for ultra-fast ramp rates up to 500°C in under 2 minutes.
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