FSTHE

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

FSTHE (Field Stuck Temperature Heating Element) is a novel type of heating element that has been developed and applied in a wide range of fields. It has the characteristic of fast and continuous temperature rise, which makes it an ideal choice for many applications. In this article, we will explore the application fields and working principle of FSTHEs.

Application Field

FSTHEs are mainly used in the fields of fluid reacting, material processing, environmental protection, and energy-saving.

Fluid Reacting: In the industry of fluid reacting, FSTHEs are used to control the temperature of the reacting media. By adjusting the temperature, the chemistry and results of the reaction can be effectively controlled, thereby achieving the desired results.

Material Processing: FSTHEs are also widely used in the production of semiconductor materials and other industrial materials. These elements are able to provide a stable and uniform temperature without producing any localized over-temperature, which can help to ensure the quality of the industrial materials.

Environmental Protection: FSTHEs are also used in environmental protection and energy-saving applications. They can be used to control the temperature of large tanks which hold hazardous materials, thus helping to prevent the potential of environmental pollution.

Energy Saving: FSTHEs are also used to achieve energy savings. By controlling the temperature, they can be used to reduce the energy consumption of a system, thus improving its energy efficiency.

Working Principle

The basic principle of FSTHE is the application of DC current through a coil to create an electromagnetic induction field. This field is then used to directly heat up a target material. The heat energy produced is made up of two parts, one part is conducted directly to the target material, and the other part is through the body of the element itself.

Due to the short heating time and the uniform temperature of the heating zone, FSTHEs have excellent characteristics such as fast and durable temperature rise and low power consumption. One of the advantages of using FSTHEs is that they can be operated at a low temperature, compared to the other types of heating elements. In addition, FSTHEs are very efficient, as they can provide a high level of control over the heating process, while still delivering a high level of energy efficiency.

FSTHEs also offer significant advantages in terms of safety, as they are able to operate without producing any harsh or hazardous by-products. The stability of FSTHEs and the uniform temperature distribution also provide great safety benefits for users. In addition, FSTHEs are also relatively cheap, making them a highly attractive option for many applications.

Conclusion

FSTHE is a novel type of heating element with a wide range of applications, from fluid reacting to material processing, environmental protection and energy saving. FSTHEs have the advantages of fast and uniform temperature rise, low power consumption, excellent safety benefits, and relatively low cost. Thanks to these characteristics, FSTHEs have become a popular choice for many applications.

The specific data is subject to PDF, and the above content is for reference