Microwave kilns use high frequency electromagnetic waves (2.45GHz) to stimulate the internal polar molecules (such as water and crystal water) of the material to generate heat through high-frequency vibration friction, thereby achieving internal heating. Compared with traditional heat conduction methods, the heating efficiency is increased by more than 30%, and the temperature uniformity is better.
Push plate/roller design: The material moves at a uniform speed through the push plate or roller, undergoing preheating, heating, insulation, and cooling stages, which is suitable for continuous production.
Temperature control: The multi-point temperature measurement + power adjustment system is adopted, and the temperature accuracy can reach ±5℃, meeting the high-temperature (up to 1600℃) industrial needs.
The energy consumption is 30%-50% lower than that of traditional electric kilns and gas kilns, and is especially suitable for scenes that require rapid heating (such as mica calcination and metal reduction.
No exhaust gas emissions, reduce the generation of harmful substances, and the material is heated evenly to avoid cooking.Supports 24hour continuous operation, customizable design (such as vacuum/atmosphere protection environment), and is suitable for chemical, metallurgical, building materials and other industries.
