Pipeline Heat Tracing Tape, Pipeline Heat Tracing Heating Cable Sales TcTGElectric heat tracing has the advantages of high thermal efficiency, energy saving, simple design, convenient construction and installation, no pollution, long service life, and can achieve remote control and automatic control. It is the technological development direction to replace steam and hot water heat tracing, and is a national key promotion energy-saving project. Advantages: In terms of one-time investment or annual operating cost, electric heat tracing tape saves more than steam heat tracing tape; for some projects, the one-time investment of electric heat tracing tape may be slightly higher than steam or hot water heat tracing, but in terms of annual operating cost, the cost saved by electric heat tracing operation in 1-2 years can recover the investment. Heating cable is made into cable structure, using electricity as energy, and using alloy resistance wire to generate heat through electrification to achieve heating or insulation effects. It is usually divided into single-conductor and dual-conductor types, called heating cables. For Pipeline Heat Tracing Self-Regulating Electric Heat Tracing Price kOVwA certain length of core tape has a certain resistance at a certain temperature and has PTC characteristics. When current flows through the parallel PTC material layer, Joule heat is generated, causing the core tape to heat up and rise in temperature. At the same time, the heat of the core tape is transferred through the cable insulation layer to the heated system with lower temperature to compensate for the heat dissipated by the system to the environment. Advantages: Electric heat tracing can also solve problems that are difficult to solve with steam and hot water heat tracing. Constant Power Electric Heat Tracing Tape Dedicated for Pipeline Heat Tracing kmSCPTC characteristics: The core material of self-regulating electric heat tracing is PTC semi-conductive plastic, whose resistance value increases correspondingly with the increase of temperature. However, when the temperature rises to a certain value (this temperature value is the threshold temperature, which can actually be adjusted according to needs), the resistance suddenly increases sharply, thereby blocking the current and stopping heating; when the temperature is below the threshold temperature, the resistance of the PTC material automatically decreases and conducts current to continue heating. The power of the electric heating tape is mainly controlled by the heat transfer process, automatically adjusting the output power according to the temperature of the heated system, while traditional constant power heaters do not have this function. When the ambient temperature becomes cold, the plastic returns to the micro-molecular contraction state, and the carbon particles correspondingly connect to form a circuit, and the heating power automatically rises again. Usage example: Pipeline insulation: Using heating cables to insulate oil and water pipelines is also a unique feature of heating cables. After the electric heating tape is powered on (note that the tail end core wires must not be connected), current flows from one core wire through the conductive PTC material to the other core wire to form a circuit. Usage example: Abandoning the construction and investment of pipelines, pipe trenches, radiators, etc., saving land and increasing usable area. According to statistics, it can save about 3-5% of land and increase building usable area by about 3-5% respectively.
Note: The above information and technical parameters are compiled and released by Yangzhou Darui Electric Co., Ltd.
