Steel blast furnace gas pipeline insulation electric heating belt antifreeze electric heating belt

Steel blast furnace gas pipeline insulation electric heating belt：

Steel is produced through blast furnace gas, which contains special substances and has a very high concentration in the gas washing water. Therefore, it needs to be cleaned regularly. In the low temperature state of winter, when cleaning with washing water after steel blast furnace gas power generation, the medium in the pipeline will freeze, causing residue to remain in the pipeline, which will affect the quality of steel.

In order to ensure the quality of steel and the flow of pipelines, insulation facilities need to be installed, and according to the actual requirements of steel blast furnace gas pipelines, choosing an electric tracing system is a more suitable insulation method. Electric heat tracing can keep products or equipment at a reasonable temperature to prevent process problems, and may also heat products or equipment from lower temperatures to the required constant temperature.

According to the environment of the pipeline, the use of self limiting electric heat tracing can achieve automatic temperature control or control the temperature through temperature setting with a thermostat. It has the advantages of high thermal efficiency, energy saving, no pollution, simple design, convenient construction and installation, and long service life. It can effectively solve the phenomenon of medium freezing in steel blast furnace gas pipelines.

The self limiting temperature electric heat tracing belt can be cut and wound freely without worrying about overheating and burning. It can be used not only for anti freezing and insulation of steel blast furnace gas pipelines, but also for various pipelines such as chemical, petroleum, fire protection, food and household water pipes. It is widely used and has been favored by users.

Steel blast furnace gas pipeline insulation electric heating belt：

1. The temperature of the heat tracing pipeline is uniform, will not overheat, and is safe and reliable;

2. Save electricity;

3. During intermittent operation, the temperature rise starts quickly;

4. Low installation and operation costs;

5. Easy installation and maintenance;

6. Easy to automate management;

① Tin plated soft copper wire
② PTC Fluoropolymer Core Strip (Heating Layer)
③ PerfluoroF46 insulation layer
④ Metal shielding layer (tin plated copper wire or aluminum magnesium alloy wire)
⑤ PerfluoroF46 insulation layer