The special Z shaped design of the heating tube allows the heating tube to penetrate deeper into the inner tank for more thorough heating:

The special "Z" shaped design of the heating tube allows the heating tube to penetrate deeper into the inner tank for more thorough heating:

The unique diving "Z" shaped design allows the heating tube to sink into the bottom of the water heater, making full contact with the water in the inner tank, achieving rapid temperature rise and shortening the waiting time for bathing. The unique "Z" shape design completely solves the problems of uneven heating, small heat transfer area, and uneven heating and cooling in traditional separated double tube heating. The design length and position of the heating tube avoid the inlet and outlet water pipes, preventing damage caused by direct impact of cold water on the heating tube, greatly extending the service life of the heating tube.

We produce heating tubes with professional standards, which are equipped with precise temperature control and are safer and more considerate:

Built in temperature control technology, the temperature controller is equipped with a specially manufactured induction tube on the heating tube, which penetrates deep into the interior of the water heater and accurately senses the temperature of the hot water. This technology overcomes the shortcomings of traditional wall mounted temperature controllers with inaccurate temperature control, avoiding dry burning, overheating, and hot water burns caused by inaccurate temperature control, as well as avoiding problems such as repeated starting and energy waste caused by inaccurate temperature control. The reasonable spacing between the heating tube and the temperature control also avoids phenomena such as dry burning and overheating.

How to use electric heating tubes is the most correct way

For the usage environment of electric heating tubes, there should be a certain amount of technical concepts that must meet the corresponding working environment of electric heating tubes in various states.

There are also many requirements for the working space of electric heating tubes when working in certain specific environments. The relative humidity of the air shall not exceed 95%, and there shall be no explosive or corrosive gases. (Except for explosion-proof heaters). The working voltage of the electric heating tube must be guaranteed to be stable. The working voltage should not exceed 1.1 times the rated value, and the casing should be effectively grounded.

In order to better use the electric heating tube, we need to place it in a fixed position. In the effective heating area of the electric heating tube, it must be completely immersed in the liquid. Empty burning is strictly prohibited inside metal solids. When scale or carbon deposits are found on the surface of the pipe, they should be promptly removed and reused to avoid affecting heat dissipation and shortening the service life. Almost all electric heating tubes, when heating, should first reduce the operating voltage when heating fusible metals or solid nitrate, alkali, asphalt, paraffin, etc., and wait for the medium to melt before rising to the rated voltage.

How to use electric heating tubes more effectively and safely not only requires attention to quality, but also requires more rationalization when using electric heating tubes. Reasonable use can increase the service life of electric heating tubes, improve their operation, and ensure work quality.

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