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What do you need?
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At present, there are four different radiator materials on the market, such as cast iron, steel, die-cast aluminum and copper, etc., when purchasing, it is necessary to see whether it is central heating or independent heating at home, independent heating can use radiators of all materials, and the general height can be selected below meters; For central heating, you should choose a radiator with good corrosion resistance, not a thin plate steel radiator. Below, let's take a look at the respective characteristics of various different materials of radiators.
Cast iron radiator features:
Cast iron radiators have the advantages of good thermal inertia, high mechanical strength, corrosion resistance, and long service life; However, due to its appearance aesthetic fatigue, large volume and weight, bulky, sand sticking in the inner cavity is easy to damage the temperature control device, and the production energy consumption is high, the production and manufacturing are not environmentally friendly, and it has been gradually eliminated by the market.
Features of steel radiators.
The appearance of the product is beautiful and generous, the decoration effect is good, the surface is delicate and smooth, easy to clean, the pressure bearing capacity is high, the water storage is large, the best is affordable, the heat dissipation effect is good, it can effectively save energy, and meet the requirements of energy conservation and environmental protection. However, for fear of oxidation, internal anti-corrosion treatment should be taken, and full water maintenance is required during non-heating periods.
Die-cast aluminum radiator features:
According to professional estimates, in the same room, if the same size of radiator is used, the number of pieces used in aluminum is less than that used in steel. Aluminum has good resistance to oxidation and corrosion, and does not need to add any additives. However, it is afraid of alkali corrosion, and must do a good job of internal corrosion.
Features of copper radiators.
Copper heat sink is chosen by many consumers because it is not afraid of corrosion and has a longer service life, copper has good thermal conductivity, fast heat dissipation, high efficiency, and is easy to adjust room temperature. In addition, the copper radiator is compact in size, takes up little space, and is highly efficient and energy-saving. However, the biggest disadvantage of copper radiators is that they are relatively expensive, and some HVAC supermarkets no longer operate copper radiators.
Which radiator is good, radiator materials are diverse, there are many brands, different materials, different brands of radiators have their own advantages and disadvantages, when buying, you need to choose the right radiator according to the heating system, water quality, etc. At present, die-cast aluminum radiators and steel radiators are the mainstream types of radiators.
Vera radiator is a professional enterprise that develops and produces new heating radiator products in China, mainly producing steel, copper and aluminum composite radiator products, and has first-class advanced production technology and equipment. Radiators** are suitable and fair.
Answer, support me.
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At present, there are many kinds of materials for radiators, which are widely used in families, mainly steel radiators and copper-aluminum composite radiators. These two types of radiators are the main materials on the market today.
Steel radiators are mainly concentrated in central heating homes, but they are not absolute. Not recommended for households with poor water quality. This material is more susceptible to oxygen corrosion, which can shorten the life of radiators. .
Copper-aluminum composite radiators are mainly used in their own heating areas. This kind of radiator is more corrosion-resistant, dissipates heat faster, and is more environmentally friendly, but relatively higher.
Therefore, when choosing, you can choose the right one according to your family situation, and the one that suits your family is the best.
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The radiator materials used now mainly include cast iron radiators, steel radiators, copper-aluminum composite radiators, copper stainless steel radiators, brass radiators, and aluminum radiators. Among these, copper-aluminum composite heaters, steel radiators and cast iron radiators used in engineering are used more often.
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To select a radiator, you need to first investigate the heating environment of the community, and then decide the radiator material based on the heating needs of the family and personal preferences. What material is good for radiators? Radiator material classification?
For example, if the oxygen content in the heating water of the district is large, it is not suitable to use steel radiators, otherwise it is easy to be oxidized and corroded, and there is a high probability of water leakage; If the home heating system is independent heating, you can use steel plate radiator, because this type of radiator has a large heat dissipation, which can quickly heat up the room in a short time, which can effectively save resources and benefit environmental protection.
Radiator material classification?
Radiators can be roughly divided into cast iron, steel, copper aluminum, aluminum, copper and other categories in terms of material.
Comparison of radiators of various materials:
Cast iron radiators are characterized by corrosion resistance, long service life, low quality, the disadvantage is that the appearance is ugly, and the production is not environmentally friendly.
Steel radiator is one of the mainstream radiators, which is divided into two types: steel plate radiator and steel column radiator. It has beautiful appearance, many options, stable heat dissipation performance, low-carbon energy saving, green environmental protection, and is loved by the majority of users.
Copper-aluminum composite radiator is a new type of high-efficiency and energy-saving heating radiator made of copper tube and aluminum profile through precision pressurization process, with convection-based heat dissipation mode, elegant and smooth shape, excellent heat dissipation performance, high pressure-bearing capacity and long service life.
The aluminum-plastic radiator is a new type of composite radiator made of polymer environmental protection materials, and the internal structure is similar to that of the copper-aluminum composite radiator, in which the water pipe is a PE-RT pipe, and the surface heat dissipation material is an aluminum alloy profile. Compared with other types of radiators, the water pipes of plastic aluminum radiators are made of non-metallic materials, which have good heat resistance, corrosion resistance, not easy to scale, no rust, and long service life.
Copper radiators are very space-saving, have good heat dissipation effect, are suitable for various heating systems, and have a wide range of use, but because copper is rare, copper radiators are relatively expensive and not suitable for ordinary families to purchase and install.
Judging from the current market situation, the mainstream radiators are mainly steel radiators and copper-aluminum composite radiators. The steel radiator has a good heat dissipation effect, beautiful appearance and reasonableness, while the copper and aluminum composite radiator has good thermal conductivity, beautiful appearance, and can save space, and is a good match for home decoration. Cast iron radiators are no longer recommended, and copper and plastic aluminum are not widely used.
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1. There are many types of radiators on the market, such as cast iron, steel, aluminum, copper-aluminum composite, steel-aluminum composite and other types of radiators, which make consumers dazzled and do not know which one is the most suitable to choose. 3. Light weight and small size: steel radiators and copper-aluminum composite radiators are lightweight energy-saving radiators, compared with traditional cast iron radiators, when meeting the heat load of the same indoor area, steel radiators are lighter in weight and more in size, and occupy less surface in the room.
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Modern new radiators are mainly made of mild steel and copper-aluminum composite materials.
To say which material is good, you need to judge it in combination with your own home heating, steel radiators are more suitable for central heating, and copper and aluminum products are suitable for self-heating.
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In terms of heat dissipation performance, aluminum alloy is the best, and the current aluminum alloy radiators generally have a large water capacity, more heat dissipation wings, and have done internal anti-corrosion.
Radiators can be roughly divided into cast iron radiators, copper-aluminum composite radiators, steel radiators, copper radiators, aluminum-plastic radiators, and other categories in terms of material. >>>More
Advantages and disadvantages of radiators of various materials: >>>More
Generally, when installing heating in the kitchen, it is usually necessary to choose this external radiator with good conductivity, which is beautiful and has a fast warming effect.
The installation of kitchen radiators, in terms of material, the kitchen is suitable for choosing steel or copper-aluminum composite radiators, the choice of these two types is for heating considerations, they have a large amount of heat dissipation, rapid heating, open 15 minutes before entering, and when they enter, it is already warm like spring, which will not make people wait too long and avoid the pain of freezing; Second, because the kitchen is full of smoke and dust, the items placed in it are easy to accumulate dust, and it will be difficult to clean up if it is too late to clean for a long time, which requires the radiator installed in it to have a smooth surface and easy to clean and take care of. Among the many product types, steel and copper-aluminum composite meet the above requirements and are deeply loved by users.
It is possible that the reason for the small water pipe is that the water circulation is slow and the heating is not hot, the first group of heat is the front end of the water inlet and the second group of heat at the end will definitely be lower, you can change the pipe to a thicker point to accelerate the water flow and increase the heat.