Industrial Microwave Component, namely Microwave energy, is electromagnetic waves (of which radio, visible light, infrared and ultraviolet are all types of differing frequency and wavelength) are made up of alternating electric and magnetic fields. The alternating electric fields in microwaves are the parts that agitate the water molecules which is used to heating and diamond making.

Many materials are processed by means of microwave heating, and not just for the next meal, although microwave energy is the main component of thermal processing used to eliminate bacteria in commercial food products.

In the materials supply industry, microwave energy enables the addition of different types of coatings to rubber and plastic materials.

The application of microwave energy is mainly microwave heating, and its mechanism is based on the thermal effect generated by the interaction and absorption of microwaves with substance molecules. Compared with infrared heating, high-frequency heating and other heating methods, it has different characteristics. Microwaves can penetrate deep into the interior of an object, and heat is generated from the material itself during heating, without relying on heat conduction, heating inside and outside at the same time. Microwaves have a short wavelength and are easy to concentrate and protect. The advantages of microwave heating are: high thermal efficiency, energy saving, and fast heating speed.

waveguide types