Advantages and disadvantages of biphenyl furnaces

Biphenyl furnaces, as an efficient heat transfer device, are widely used in various industrial fields due to their excellent heating performance. However, biphenyl furnace also has its conditions and limitations. This article will analyse the main advantages and disadvantages of biphenyl furnaces in detail to help users gain a deeper understanding of their applicability.

vantage

1. Highly efficient thermal conductivity
   The heat carrier of the biphenyl furnace, a mixture of biphenyl and diphenyl ether, has excellent thermal stability and is able to remain stable at high temperatures, ensuring that the heat is quickly transferred to the heating equipment. Compared to conventional heating equipment, biphenyl furnaces have higher thermal efficiency and lower energy consumption, making them ideal for continuous high-temperature heating requirements.
2. Precise temperature control
   Biphenyl furnaces are usually equipped with advanced temperature control systems that enable precise temperature control and even heat distribution throughout the heating process. This advantage is particularly important in industrial processes where constant temperatures need to be maintained to ensure product quality and process stability.
3. High security
   Biphenyl furnace adopts closed-circuit system design, which can reduce the influence of external environment, and the internal temperature and pressure control is strict, with multiple safety functions such as over-temperature alarm and pressure protection, which can effectively improve the operation safety.
4. Long service life
   Due to the strong heat resistance and chemical stability of biphenyl, problems such as coking and carbon build-up inside the biphenyl furnace are not easy to occur, and the overall life of the equipment is long. Maintenance frequency is low, thus reducing maintenance costs.

drawbacks

1. High equipment investment costs
   Compared with common heating equipment, biphenyl furnaces have higher initial purchase and installation costs and complex heating system designs. As a result, small-scale or budget-constrained enterprises may be apprehensive due to the cost.
2. Ambient Temperature Limits
   Biphenyl as a heat carrier requires high ambient temperatures to maintain fluidity. When using biphenyl furnaces at low temperatures, additional insulation is required to prevent freezing of the heat carrier or reduced fluidity.
3. High requirements for operation and maintenance expertise
   The operation and maintenance of biphenyl furnaces requires specialised personnel. The temperature control and pressure systems in the equipment need to be calibrated regularly and are difficult to repair in the event of a malfunction, so some technical support is required.
4. Limited scope of application
   Although biphenyl furnaces perform well in the field of high-temperature heating, their performance may not offer significant advantages for some low-temperature application scenarios that do not require extremely high temperatures. Therefore, users need to consider the process requirements when selecting equipment to ensure the right heating equipment.

Choose Jiangsu Ruiyuan's biphenyl furnace

The biphenyl furnace products of Jiangsu Ruiyuan Heating Equipment Technology Co., Ltd. have won the trust of customers for their efficient heat transfer performance and safe and reliable temperature control system. We provide a variety of models of biphenyl furnace equipment to meet the high temperature heating needs of different industrial sectors, and can be customised according to user needs for non-standard, in order to achieve optimal thermal efficiency and application results.

Our company can non-standard custom products, click the menu bar to contact us to customise, you can also refer to the first!product pageAppreciate our company's products oh!

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Biphenyl Furnace Uses and Applicable Industries - Jiangsu Ruiyuan Heating Equipment Technology Co.