Thermal oil electromagnetic heating furnace, also known as organic heat carrier furnace, integrates safety, efficiency, and advanced technology to meet the needs of modern industrial processes. Represents a cutting-edge industrial solution.
Principle:
Heat is generated and transmitted by an electric heating element immersed in heat transfer oil. The heat transfer oil is used as a medium and a circulation pump is used to force the heat transfer oil to perform liquid phase circulation and transfer the heat to one or more thermal equipment. After unloading, it returns to the heater through the circulation pump, absorbs heat, and transfers it to the heating equipment. This cycle repeats to achieve continuous transfer of heat, causing the temperature of the heated object to increase, and meeting the heating process requirements.
Process:
The heat transfer oil is injected into the high oil level tank through oil injection and then pumped into the induction heating body through the circulation pipeline through the circulation pump for heating. This achieves the purpose of using diathermy equipment.
Features:
- The furnace is designed with safety in mind and can withstand extreme conditions.
- The heating system based on electromagnetic induction ensures that energy is effectively transmitted to the heat transfer oil. The oil is heated when it flows. It is automatically controlled and unattended.
- Can provide higher working temperature under lower working pressure.
- It has complete operation control and safety monitoring devices, which can perform stable and uniform heating. The electromagnetic induction process can achieve precise temperature control and minimize energy waste.
- Small size, high power density, wide heating temperature range and wide power range.
- Power transmission and distributed heating eliminate the need for boiler construction and maintenance management, reducing management fees.
- There is no need to transport fuel or store fuel, and there is no noise pollution from combustion exhaust gas. It is clean and environmentally friendly.
- It has a high degree of automation and adopts advanced explosion-proof structure to ensure safety and reliability.
- Reasonable structure, complete supporting facilities, fewer moving parts, short installation period, convenient operation and maintenance, and convenient layout of the boiler.
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