Superconducting radiators, what is superconducting radiators How about superconducting radiators

Qingdao Ruihuate radiator superconducting radiator Superconducting radiator is different from radiator in the traditional sense. The film does not use water, but injects superconducting materials, the chip is in a vacuum state, has a low starting temperature, fast conduction, high temperature, water saving of more than 80%, easy to install, the current superconducting radiator as long as it is filled with vacuum superconducting liquid in the plumbing radiator, but in the domestic superconducting technology is not yet reached, so it is not recommended for customers to use. Now the radiators commonly used in the family are mainly steel and copper aluminum, if it is central heating, you can choose steel radiators, if you can choose copper and aluminum composite if you are independent heating, if the local water quality is not very good, Qingdao Ruihuate radiator recommends that you use copper and aluminum composite radiators, if the local water temperature is low, you can choose steel radiators.

The latest ranking of the top ten radiator brands (2011 Top 10 most trusted radiator brands in China):

1. [St. Lawrence Radiator] :(Beijing St. Lawrence Radiator Manufacturing, 10 years of manufacturing experience, quality, appearance, and quality are ahead of other brands).

2. [Nanshan Radiator] :(Shandong Longkou Nanshan Radiator Manufacturing****) 3, [Florence] :(Beijing Florence****) 4, [PURMO] :(Ruitzer ****).

5. [Longxing] :(Lanzhou Longxing Heating Equipment****) 6. [Wanjiale] :(Beijing Wanlian Hengtong****).

7. [Sender] :(Sende equipment****).

8. [Bangtai] :(Shandong Bangtai ****).

9. [Danfoss] :(Danfoss automatic control ****) 10. [Zhengfu] :(Zhengzhou Zhengfu heating equipment****) or [St. Lawrence radiator] is better!

This is a brand with more potential for development, the quality is very good, don't worry, because most of the newly installed ones in our city and those previously installed are St. Lawrence radiators, **It is very reasonable, as for some brands**, I haven't seen it! The appearance is stylish, and other brands probably don't have any new styles! Last time I went to St. Lawrence Radiator Company!

The radiator style inside is very beautiful, and I heard their salesman say that it can also be done, and I was really a little tempted at the time, but because the funds to do ** are slightly more than what I bought! I still went home and discussed it with my family, and now I want to make the ** of this brand! If you want to buy radiators in the future, you can come to me directly!

Hehe! You can also go to St. Lawrence Radiator Company to see, if you are not at ease, you can also ask their staff to take you to the factory to visit, this is really good! I like it!

Hope it helps!

I have a St. Lawrence radiator at home! Good brand, quality assurance!! Search: St. Lawrence, and you're good to go!

What is a superconducting radiator? Superconducting radiator is a new type of radiator that is different from traditional radiators, using superconducting liquid instead of the water medium of ordinary radiators, let's take a look at it together.

What is a superconducting radiator?

Superconducting radiators simply use superconducting liquid instead of the water medium of ordinary radiators. This superconducting radiator uses electricity or other heat sources to heat the superconducting liquid, and this superconducting liquid has the characteristics of fast conduction and high thermal efficiency, which can make the radiator heat dissipate to achieve a good effect.

Superconducting radiator superconducting liquid: superconducting liquid is divided into two types, one is: lithium bromine liquid, which is mainly used for vacuuming superconducting radiators.

The other is a vacuum free liquid modified on the basis of lithium bromine (the so-called superconducting liquid is actually distilled water with some alcohol added to it, and the volatilization speed can be faster).

Working principle: It is the molecules and atoms of the substance that collide and rub against each other to produce heat energy, so that the phenomenon of aggregation and fusion occurs, so that the superconducting medium is instantly heated at high speed, so as to achieve the purpose of high efficiency and energy saving.

How about superconducting radiators.

Advantages of superconducting radiators:

1.Energy saving and water saving, using superconducting liquid as the heat transfer medium, the water consumption is only equivalent to one-tenth of the ordinary radiator, due to the low starting temperature of the heat transfer medium, and the amount added is particularly small, unlike the plumbing that must be filled with the heating system, energy saving is undoubted;

2.The thermal efficiency is fast, the conduction heat dissipation efficiency is fast, because the liquid can be vaporized at 35, the vapor flows rapidly in the pipe and the radiator to dissipate heat, and the purpose of heating is achieved, generally 5-8 minutes can increase the surface temperature of the radiator by more than 80 degrees, and the indoor temperature in winter is above 22 degrees; 3.Durable and corrosion-resistant, which is closely related to the medium superconducting liquid in the pipeline, which effectively prevents the inner pipe wall from coming into contact with air and prevents oxidation and corrosion;

4.-40 does not freeze. The superconducting heating system does not freeze even at minus 40;

5.Versatile. Nowadays, it has been used for heating, heating, greenhouses, flower cellars, plastic greenhouses, etc.

Disadvantages of superconducting radiators.

1.Collective heating cannot be used, mainly because superconducting radiators are limited by the starting temperature, most of which are above 50 degrees, because most of the northern areas are collective heating, so the water temperature in many places is not up to standard, resulting in normal use, and room temperature cannot be maintained; 2.The superconducting radiator cannot be guaranteed to be completely sealed, and the superconducting liquid will volatilize, so the starting temperature will get higher and higher after a long time, and finally it cannot be used;

3.It occupies a large space, and the styles of superconducting radiators on the market are basically plugged in a single row, and the height is below 600;

4.The style structure is single and unsightly. In addition, after a long time, because the superconducting liquid will volatilize, it is often heated unevenly, and the bottom is hot and the top is not hot.

Merit. 1) High efficiency and energy saving.

The heat sink of the superconducting heat transfer medium greatly reduces the heating fuel consumption and reduces the heating cost and expenses. At the same time, the direct in and out of the heat exchange tube body also greatly reduces the circulating consumption of the heating system.

2) Fast heat dissipation.

Instead of using water as a heat transfer medium, the vacuum super-barrier radiator uses a superconducting liquid with a vaporization potential higher than that of water, which is heated and vaporized to produce high-energy physical changes, so that the radiator heats up rapidly within a few minutes.

3) Long service life.

The vacuum cavity of the superconducting radiator is filled with a special fast-heating antifreeze high-efficiency heat transfer superconducting liquid shed weighing bird, and there is no possibility of oxidation and corrosion, and the bottom of the radiator is made of anti-rust thermal medium composite pipe, and its life can be chained early and the heating pipeline at the same time.

4) Easy to install.

The special manufacturing process and principle of vacuum phase change radiator solve the phenomenon of "cold zone" and "hot zone" in the surface temperature of conventional radiator. And it is easy to install, as long as the heat source pipe is connected to the bottom of the superconducting heat sink.

Shortcoming. 1) Collective heating cannot be used, because vacuum superconducting radiators are limited by the starting temperature, and most of them must be above 50 degrees. Because most of the northern areas are collectively heated, the inlet water temperature in many places is not up to standard, resulting in the inability to use normally and the inability to maintain room temperature.

2) The vacuum superconducting radiator cannot be guaranteed to be completely sealed, and the superconducting liquid will volatilize, so the starting temperature will become higher and higher after a long time, resulting in unusability.

3) It occupies a large space, and the styles of vacuum superconducting radiators on the market are basically plugged in a single row, and the height is more than 600.

Dear, hello, I am glad to answer for you, A: The power consumption of superconducting radiators is generally 3000 watts, and the power is generally below 100w, depending on the brand, there are differences. Electric radiators can use about 16 kilowatt-hours of electricity a day. The power consumption of electric radiators is directly related to the power of electric radiators, generally, the power of electric radiators is 800W to more than 3000W.

The greater the power of the general electric radiator, the faster the indoor temperature will rise, and the power consumption of the electric radiator will be greater, and the power consumption of the general electric radiator is calculated by the formula of power use time 1000. 2000w power electric radiator is the most common one in the family, with this power and this formula to calculate, in an hour, the power consumption is about 2 degrees, if you use it for 8 hours a day, then, the power consumption of the electric radiator is 16 degrees. Other electric radiators of different power sizes can be calculated with this formula, and a good result can be obtained.

Vacuum superconducting radiator is a new product developed on the basis of traditional radiator, the product is to walk water in the steel pipe in the bottom interlayer of the radiator, inject a small amount of superconducting liquid into the inner cavity of the radiator, when the hot water passes through the connecting pipe at the bottom of the superconducting radiator, the superconducting liquid in the superconducting radiator is activated. The activated and vaporized hot gas radiates heat through the surface of the radiator and dissipates heat. At the same time, it is condensed and flows back to the heat source duct, where it is activated for vaporization.

Work so repeatedly to achieve the purpose of heat dissipation.

I'll admit that the best feature of this thing is that it's energy-saving -- it really saves power. However, after reading a large paragraph of the text, you will also find that this has nothing to do with superconducting materials at all. Yes, there are no superconducting materials at room temperature.

The word "superconductivity" is a gimmick.