Electric thermal oil heater indirect heat conduction oil furnace

Short Description:

Electric thermal oil heater is a new, safe, high efficiency and energy saving, low pressure (under normal pressure or lower pressure) and can provide high temperature heat energy of the special industrial furnace, with heat transfer oil as the heat carrier, through the heat pump to circulate the heat carrier, the heat transfer to the heat equipment.

The electric heating heat transfer oil system is composed of explosion-proof electric heater, organic heat carrier furnace, heat exchanger (if any), on-site explosion-proof operation box, hot oil pump, expansion tank, etc., which can be used only by connecting to the power supply, the import and export pipes of the medium and some electrical interfaces.

E-mail: elainxu@ycxrdr.com

Product Detail

Product Tags

Working principle

For Electric thermal oil heater, heat is generated and transmitted by electric heating element immersed in thermal oil. With thermal oil as medium, circulation pump is used to force thermal oil to carry out liquid phase circulation and transfer heat to one or more thermal equipment. After unloading by the thermal equipment, Re-through the circulation pump, back to the heater, and then absorb heat, transfer to the heat equipment, so repeat, to achieve continuous transfer of heat, so that the temperature of the heated object rises, to meet the heating process requirements

Product details display

Detail drawing of heat conduction oil furnace

Product advantage

Advantages of heat conduction oil furnace

1, with complete operation control, and safe monitoring device, can implement automatic control.

2, can be under lower operating pressure, obtain a higher working temperature.

3, the high thermal efficiency can reach more than 95%, the accuracy of temperature control can reach ±1℃.

4, the equipment is small in size, the installation is more flexible and should be installed near the equipment with heat.

Working condition application overview

Indirect heating of thermal oil is an efficient heating method, which transfers heat to the object that needs to be heated by using thermal oil as a heat transfer medium. The following are the main application areas of indirect heating of thermal oil:

1) Chemical industry. Used for heating reactor, distillation tower, dryer and other equipment;

2) The pharmaceutical industry. Used for heating reactor, evaporator, dryer, etc.

3) Food industry. Used for heating ovens, ovens, toasters and other equipment;

4) Textile industry. Used for heating dyeing machine, dryer, ironing machine and other equipment;

5) Industrial heating. Can be used in heat medium furnace, hot blast furnace, hot water boiler, etc., to provide the required heat energy;

6) Solar thermal energy utilization. Can be used for solar collectors, water heaters, etc., to convert solar energy into heat energy;

7) Aerospace. Used for aircraft engine cooling, spacecraft temperature control, etc., to provide stable heat transfer and temperature control;

8) The automobile industry. Used in engine cooling system to control engine temperature;

9) Electronic appliances. For heat dissipation, such as computers, mobile phones, etc., quickly dissipate the heat generated by the equipment;

10) Textile and printing industry. For heating and drying processes, such as spinning machines, dryers, printing presses, etc.

11) Medical field. For heating and temperature control in medical devices, such as medical imaging devices;

12) Metallurgical industry. For heating and cooling processes, such as steel furnaces, melting furnaces, etc.

The advantages of thermal oil heating systems include high efficiency, safety, environmental protection and energy saving. Thermal oil is a high temperature, high pressure, non-flammable, non-volatile liquid, with good thermal conductivity and stability, can run stably at high temperatures for a long time.