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Induction heating thermal conductive oil boiler

Induction heating thermal conductive oil boiler

  • Classification:Oil Circulation Heater
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  • Date of issue:2024-01-22 16:31:36
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Induction heating thermal conductive oil boiler


Induction heating thermal conductive oil boiler refers to a device that uses the principle of induction heating to heat thermal conductive oil.

Induction heating is a non-contact heating method that uses electromagnetic induction to generate eddy currents in conductors and convert them into heat energy. In a thermal oil boiler, an induction heating coil surrounds the outside of the pipe or container of thermal oil. When current passes through the coil, eddy currents are generated inside the pipe, causing the thermal oil to heat.

This type of boiler is often used in industrial applications that require high-temperature thermal oil, such as chemical industry, plastic processing, rubber, food processing and other fields. As a heat carrier, thermal oil has good thermal conductivity and stability, and can evenly transfer heat to the equipment or process that needs to be heated.

Compared with traditional flame heating or resistance heating, induction heating has higher energy efficiency, faster heating speed and more precise temperature control. It can also reduce energy waste and environmental pollution.


Advantages of electromagnetic heating:

1. It can be heated quickly. Electromagnetic waves can generate induced current in the object, causing heat to be directly generated inside the object. The energy is greatly utilized and the heating speed is rapid;

2. The temperature can be adjusted accurately. Electromagnetic heating can accurately control the heating power. Compared with traditional heating methods, temperature adjustment is more flexible;

3. High safety, because electromagnetic heating generates induced current and does not require flame or open flame, so there is no risk of open flame explosion;

4. It can reduce energy consumption. Electromagnetic heating only generates heat for the objects that need to be heated. There is no heat loss in traditional heating methods, so it is more energy-saving.


Disadvantages of electromagnetic heating:

1. The cost is higher. Compared with traditional heating methods, electromagnetic heating equipment is more expensive;

2. There are limitations to the materials that can be heated. Electromagnetic heating is only for conductive materials, and insulating materials cannot be heated directly;

3. Compared with resistance heating, the structure is more complex and requires more professional knowledge.


Advantages of resistance heating:

1. Simple structure, low cost and high popularity.

2. Widely used. Resistance heating is widely used in industrial production, home hygiene and scientific research;

3. Easy to control. Precise heating control can be achieved by adjusting the current and voltage, which is easy to operate;

4. High heating temperature. Resistive heating can produce very high temperatures and can be used in a variety of environments;

5. The heating effect is stable. Resistance heating can maintain the temperature stably during the heating process and is more in line with traditional heating methods.


Disadvantages of resistance heating:

1. High energy consumption. Resistive heating typically produces more heat loss and is therefore more energy-intensive;

2. Heating speed is slow. Resistive heating takes a relatively long time to reach the desired temperature;

3. Safety hazards. Because resistance heating requires electric heating, circuit leakage or electrical failure may cause safety risks;

4. Facing material limitations. Some materials, such as ceramics, glass, etc., are difficult to conduct resistance heating due to their non-conductive properties.


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