As an efficient and energy-saving heating technology, electric tracing is widely used in petroleum, chemical industry, construction and other industries. Its main function is to maintain the temperature of pipelines or equipment by converting electric energy into heat energy, and to prevent the medium from solidifying or reducing its fluidity due to low temperature.

In the field of industrial thermal insulation, the selection process of electric tracing tape is like a precise technical game, and engineers need to find the best balance between complex and changeable application requirements and dazzling product characteristics.

From the conveying system from the mine with a depth of up to 1,000 meters to the open pit, from the process pipeline of the concentrator to the drainage facilities of the tailings pond, the electric tracing belt silently plays an important role in freezing prevention and heat preservation in every corner of the mine.

The introduction of electric heat tracing technology provides a reliable solution to this seasonal problem. Through accurate temperature control, sewage can flow smoothly in severe cold and the normal operation of urban drainage system can be guaranteed.

Since the electric tracing belt itself can generate heat, why do you need to add additional insulation layer? Behind this seemingly reasonable query, the basic principles of thermodynamics and complex variables in engineering practice are actually ignored.

In the pipeline insulation project of chemical plant, a scientific and standardized installation process can not only improve the thermal efficiency, but also prolong the service life of the system and avoid potential safety hazards.

Electric heat tracing technology has become an ideal solution to this problem because of its accurate temperature control ability and high energy utilization rate, and plays an irreplaceable role in the global oil industry.

The characteristics of high efficiency, energy saving, safety and reliability of electric heat tracing make it widely used in many industries.

This paper will introduce in detail how to judge whether the electric tracing belt is damaged, and provide some common troubleshooting methods and corresponding maintenance measures.

This paper will discuss the common mistakes and their effects in the installation and use of electric tracing tape, and put forward corresponding solutions to help users use electric tracing tape better.

In practical application, many users will have a question: does the electric tracing belt have to have an insulation layer? This paper will discuss this problem from many angles.

This paper will deeply discuss the definition, working principle, application fields, advantages and future development of electric heat tracing.