Heating radiators in height and length

Few things are as important as effective heating systems for keeping our homes warm in the winter. An essential part of these systems is the common radiator. These appliances have long been in use, giving many homes warmth and comfort. However, did you know that your radiators’ length and height can have a big impact on how effective they are? This post will discuss the significance of appropriately sizing your radiators and how doing so can improve the warmth and comfort of your house.

Let’s start by going over the fundamentals of radiator sizing. Although radiators come in a variety of sizes and shapes, their effectiveness is primarily determined by how big they are in relation to the area they are intended to heat. A radiator’s surface area, which directly affects how much heat it can emit, is determined by its height and length. An inadequately sized radiator can cause discomfort and increased energy expenses in a room. On the other hand, an excessively large radiator may use more energy than is required, wasting money and resources.

What makes a radiator’s length and height important, then? It all comes down to heat distribution and surface area. Because taller radiators usually have larger surfaces, they can dissipate heat more efficiently. This is especially helpful in large open spaces or rooms with high ceilings where heat can easily escape upward. However, the length of a radiator influences how much heat it can radiate along its surface. Longer radiators have the ability to heat a room more evenly by covering more wall area.

It’s important to take into account aspects like room size, insulation levels, and desired temperature when choosing radiators for your house. Larger or drafty spaces might require larger units or additional heating sources, whereas well-insulated rooms might only need smaller radiators to maintain the ideal temperature. By carefully evaluating your heating requirements, you can maximize energy efficiency and improve comfort levels in your home by selecting radiators that are the right height and length.

In conclusion, the effectiveness and efficiency of your heating radiators are greatly influenced by their height and length. Radiators can be chosen to maximize warmth and comfort while reducing energy consumption and expenses by taking into account the size and heating needs of your home. Thus, for a comfortable and energy-efficient living space, pay close attention to the size and placement of your radiators whether you’re building a new home or remodeling your current one.

Height	Length
Low	Long
Medium	Medium
Tall	Short

Types of heating radiators, depending on the material of manufacture.

Heat transfer and good thermal conductivity are two differentiators of aluminum radiators. Advantages include ease of use, a pleasing appearance, and the capacity to sustain high working pressure. Minus: When aluminum reacts with water, hydrogen is released and builds up inside the radiator. Initially, in order to keep the heating system operating, the accumulated gas from the coolants must be lowered every day.

An aluminum radiator modified to be bimetallic. They are just as elegant and practical as aluminum. vary when internal steel components are present. greater margin of strength and the capacity to tolerate pressures as high as forty atmospheres. unassuming of the surroundings.

Radiators made of cast iron for heatingThe outdated fashion is wholly unattractive. Painting them is a hassle, but you can hide behind protective screens. There are now improved cast-iron radiator models available that are more contemporary. The unassuming nature of cast-iron radiators is unquestionably a plus. They don’t suffer greatly from rusty water or the presence of pollutants, and they can function for up to 50 years before needing to be replaced. When considering radiators composed of contemporary materials, the low thermal conductivity of cast-iron radiators is a drawback.

Panel, sectional, and tubular steel heating radiators are the two varieties that are manufactured.Panel radiators are simple, low-cost, and have a one hundred dollar design. Up to 25 years of service life and extremely high heat transfer are characteristics of tubular radiators. Because designers work on their creations, this kind of steel radiator can be categorized as premium. A sectional design consists of multiple sections joined together by spot welding. This enables you to tolerate pressure drops and greatly extends the operation’s life.

Radiator steel panel

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Click this link to read a fascinating article about connecting aluminum heating radiators.

What you need to know about the size of the heating batteries?

Because heating radiators come in a variety of sizes, you can install them in the best possible location within the space.

A mistake in the size of the heating radiators will cause the heated room’s temperature to become uncomfortably low or high.

It is simple to determine the ideal number of required heating devices if you know the size, power, and location of the heating radiators. The intended installation location determines the heating radiator’s height selection. Since heating batteries are frequently placed beneath windows, measuring the distance between the floor and the windowsill is required to determine the height of the heating radiator. Furthermore, every heating appliance needs to be level. Heating radiators come in three different height categories:

• Standard height.
• Low heating radiators.
• High heating radiators.

The number of sections determines the radiator’s length.

The sizes of cast -iron heating radiators

• Standard dimensions of cast -iron heating radiators: section length 93 mm, depth – 140 mm, height 588 mm.
• Low heating radiators Size: height 388 mm, the remaining parameters are the same.
• High cast iron heating batteries: height from 661 to 954 mm, section length 76 mm, depth – 203 mm.

Heating radiators made of cast iron can last for up to 50 years before needing to be replaced.

The sizes of aluminum heating radiators

• Standard dimensions of aluminum heating radiators. height 575-585 mm, section length-80 mm, depth-80-100 mm.
• Low: height from 200 to 400 mm, section length from 40 mm, depth to 180 mm.
• High: height 590 mm, depth 95 mm, section length 80 mm.

Aluminum radiators transfer heat well.

The sizes of bimetallic heating radiators

• Standard dimensions of bimetallic heating radiators: height 550-580 mm, section length 80-82 mm, depth 75-100 mm.
• Low: height 30 -500 mm, section length 80 mm, depth -95 mm.
• High: height 880 mm, section length 80 mm, depth – 95 mm.

The best features of both steel and aluminum radiators have been combined to create bimetallic radiators.

The sizes of steel heating radiators

• Standard dimensions of sectional tubular radiators: height 600 mm, radiator length 400-3000 mm.
• Low: height 400-500 mm, radiator length 400-3000 mm
• High: height 700-900 mm, the length is the same.

The most common type of radiator for individual heating systems is steel.

Power and size

Its power depends on the size of the heating device.The average heating capacity of the section of the cast -iron radiator of the standard height is 160 watts. Whereas the power of the aluminum and bimetallic heating radiators – 200 W. Therefore, for high -quality heating of the room, the size of the purchased cast -iron radiator should be larger than the size of the parameters of radiators from aluminum and bimetallic. Calculate the power of the heating radiator for your room as follows. First you need to find out the volume of the room. To do this, we multiply the width by length and by height. Length – 5m, width – 3 m, height -2.5. 5*3*2.5 = 37.5 cubic meter.m for heating 1 cubic meter.m in standard construction, 41 watts of thermal capacity are consumed. For heating a room with a volume of 37.5 cubic meters.m will require 37.5*41 = 1537.5 W, t.e. Approximately 1600 watts. In case of extreme cold, when calculating the resulting power is better increased by 15-20%. 1600+20%= 1920W = 1.92 kW knowing the power of the heating device, we calculate the number of sections of radiators of a standard size. Power of the section of a cast -iron radiator 160 watts.1920: 160 = 11.25 t.e. 12 sections. Power of the aluminum radiator section 180W1920: 180 = 10.6 t.e. 11 sections.The power of the bimetallic radiator section 200 watts1920: 200 = 9.6 t.e. 10 sections.Power of the section of a steel radiator 140 watts1800: 140 = 13.7 t.e. Approximately 14 sections.

It is important to always round up power; it should never be undervalued!

This information is approximative and is largely dependent on the radiator model, height, and heat transfer. In theory, the power of each respectable manufacturer should be indicated on the package for each individual radiator section. With this information, you can determine the precise number of sections required to heat your space.

In the world of home heating, the placement of radiators is crucial for efficient warmth distribution. Whether considering height or length, each aspect plays a vital role in optimizing heat dispersion and comfort throughout your house. By strategically positioning radiators at appropriate heights, you ensure better circulation of warm air, especially in larger rooms where heat tends to rise. Similarly, the length of radiators impacts their surface area and thus their capacity to emit heat effectively. Understanding how these factors intersect can help you achieve an ideal balance of warmth and energy efficiency in your home. From ensuring proper sizing to considering the layout of your space, attention to radiator height and length can significantly enhance the comfort and cost-effectiveness of your heating system.

The selection of dimensions of heating batteries

The thermal power that heating radiators produce determines their dimensions. When positioning heating radiators beneath windows, as advised, the following aspects need to be considered:

• The distance from the windowsill to the top of the radiator should not be less than 100 mm;
• Distance from floor to radiator – at least 60 mm.

The heating radiator’s length should be 55–75% greater than the window’s width.

Heating radiators that are wider than the window may not produce a thick enough heat curtain, meaning they won’t obstruct light entering the room through the window openings.

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When choosing the size of the radiators for the home, remember that The calculation of thermal power should not be made based on the volume of the room as a whole, and given the volume of each room separately. So, if you have several rooms, calculate the volume of each of them, and calculate how many radiators are required for heating the bedroom, how much for the kitchen, how much for the hall, for the bathroom, separately focusing on the size of heating radiators. It should be borne in mind that when using a screen for a radiator or decorative lattice, the radiator power should be recalculated a lot of.It is allowed to install additional radiators along the deaf walls in the corner rooms, which prevents freezing of walls and protects against dampness.

Avoid depending entirely on sellers when purchasing heating radiators.

Determine the approximate power requirements and the required size of the heating devices. In this instance, you can save a significant amount of money in addition to obtaining the heating appliances that most readily comply with your needs.

Watch the video on how to choose a heating radiator:

You can select a heating radiator with the assistance of the provided video.

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The sizes of heating radiators in height and width, how to calculate

When setting up a heating system in their own home or apartment, the owners must figure out how to purchase batteries while keeping the size of the heating radiators in mind.

In this instance, the following key factors need to be considered:

• the sizes of heating radiators;
• the degree of heat transfer of one section;
• the maximum value of the working pressure on which these devices are designed.

Due to their wide range of presentation, the primary parameters in batteries vary widely among the products on the current market.

The dimensions of heating radiators

The most common heating appliance models have a standard height of 500 millimeters and an interdose distance of eyeliners. Approximately twenty years ago, these batteries were commonly found in city apartments.

Radiators made of cast iron. One typical example of a device like this is the MS-140-500-0.9 model.

The specification specifies the following general measurements for cast iron heating radiators:

• The length of one section is 93 millimeters;
• depth – 140 millimeters;
• height – 588 millimeters.

It is not hard to calculate the radiator’s dimensions from multiple sections. Considering the thickness of the paronite gaskets, 1 centimeter is added when the battery is divided into 7–10 sections. Because cast-iron radiators with side eyeliners require constant cleaning, the length of the flushing crane must be considered if the heating battery is placed in a niche. A 160 watt heat stream with a 70 degree temperature differential between the hot coolant and the room air is provided by one section. Nine atmospheres is the highest operating pressure.

Radiators made of aluminum. There is a considerable variation in the parameters amongst aluminum heating devices that are currently available on the market, even though they have the same inter-arm interval (for more information, see "The dimensions of aluminum heating radiators, the volume of the section, preliminary calculations").

The following sizes of aluminum heating radiators are typical:

• The length of one section is 80 millimeters;
• depth 80-100 millimeters;
• Height-575-585 millimeters.

The depth and converting area of a section directly affect its heat transfer. Typically, it falls between 180 and 200 watts. The majority of aluminum battery models operate at 16 atmospheres. One and a half times the large pressure, or 24 kgf/cm², should be experienced when heating devices.

One characteristic of aluminum radiators is that their coolant volume is three times, sometimes even five times, that of cast-iron radiators. Consequently, the rapid flow of hot water inhibits the growth of bacteria and the production of deposits. radiators with two metal surfaces. The appearance and size of the heating radiators in such devices are unaffected by the steel core, but the maximum working pressure value increases dramatically. Regrettably, the bimetallic battery’s increased strength comes at a steep price. And a lot of customers cannot afford the price of such a product.

The following are radiators with bimetallic heating:

• length 80-82 millimeters;
• depth – from 75 to 100 millimeters;
• height – at least 550 and maximum 580 millimeters.

A single bimetallic section loses out on heat transfer to aluminum by a factor of 10–20. The heat flow has an average of 160–200 watts. Because of the steel, the working pressure can reach 25–35 atmospheres, and during tests, it can reach 30–50 atmospheres.

It is not advisable to use pipes that are not as strong as the radiators when designing a heating system. If not, there is no purpose to using powerful devices. Steel eyeliner is the only material used for bimetallic radiators.

Low batteries

The following benefits set apart radiators with short interdessage distances:

• They can be placed under a low -located windowsill;
• They have maximum heat transfer per unit area.

Radiators made of cast iron.

The heating radiator sections MS-140M-300-0.9’sdimensionsconsist of:

• length 93 millimeters;
• depth – 140 millimeters;
• height – 388 millimeters.

Cast-iron heating radiators have a lower heat transfer rate because of their smaller size; at 9 kgf/cm² of working pressure, one section can only transfer 106 watts of heat. Although some foreign competitors offer cast-iron products with eyeline interaceal distances of 200 and 350 millimeters, the power of this type of cast-iron radiator’s section is significantly higher.

Radiators made of aluminum. Within low aluminum battery production, both domestic and imported, there is a significant variation in the size of the center distances. Heating batteries come in 150, 300, and even 450 millimeter sizes. The section’s maximum length is 40 millimeters, so the device appears small and unique. The height of low aluminum heating radiators starts at 200 millimeters. Many models have a depth of 180 millimeters, which makes up for the absence of two additional parameters.

Thermal power ranges from a minimum of 50 watts to a maximum of 160 watts per section. The area is the decisive factor. Simultaneously, the working pressure is not greatly impacted by the size change because low aluminum devices are tested for 24 atmospheres and are intended for 16 atmospheres. radiators with two metal surfaces. Aluminum heating devices are also characterized by the sizes of their heating batteries. The same bounds apply to thermal power. Aluminum low radiators with 80 or 140 watts of heat transfer per section are available for purchase. 25 to 35 atmospheres is the working pressure.

Two subtleties distinguish bimetallic low radiators like the one in the picture:

• Among the heating devices, batteries are not found with continuous steel cores, but with steel tubes placed between aluminum collectors. Their working pressure indicated by manufacturers is usually 12 or 16 atmospheres;
• They often do not have vertically located channels and in the case of a side connection can warm up from collectors due to the thermal conductivity of aluminum. The coolant circulation is provided by the last section, since it is a running.

High radiators

High and narrow batteries are preferred because they have a smaller width than other models when choosing a radiator size is restricted because there isn’t enough room to install a standard device.

Radiators made of cast iron. In contrast to the standard dimensions of domestic cast iron products, foreign products feature designer devices whose height is unusual for Russian consumers. Consider the Demrad Retro line of cast iron radiators.

These are their measurements:

• The height of the section with a width of 76 millimeters varies between 661 – 954 millimeters;
• depth – 203 millimeters.

Operating pressure is 10 atmospheres; use 13 atmospheres to test them.

Thermal power can reach 270 watts in the largest sections. In this instance, the height of the narrow heating radiators can be 2400 millimeters. There is a maximum working pressure of six atmospheres. The heating radiator’s solid heat transfer is enhanced by its large height. It becomes even more powerful at a temperature delta of 70 degrees.

Radiators made of aluminum. In order to hide pipes in tall aluminum radiators, eyeliners are typically applied from below.

Radiators with two metal surfaces. Since the high and narrow bimetallic radiator models are essentially original designer structures, none of the sizes are typical. In general, these products are typically monolithic and are rarely sectional.

The radiator of the Sira RS-800 Bimetall model, which has the following specifications, is an illustration of one of these heating devices:

• section height 880 millimeters;
• depth of 95 millimeters;
• length 80 millimeters.

4 kgf/cm³ is the working pressure, and 6 kgf/cm² is the test pressure. Please take note that this type of radiator is not meant for use with a central heating system. Only vertical channels contain its cores (see also "The vertical heating radiator is stylishly and effectively").

Selecting the model of a specific heating device for a given purpose and area is necessary before calculating the size of the heating radiator. It should be kept in mind that the power of individual sections that are gathered into a single battery is affected by heat transfer rather than size. Considering the size of the heating radiators and the information in the video, the decision was:

The sizes of aluminum heating radiators of various brands and models

Many useful things are made nowadays from aluminum. Thus, the radiators made of this metal alloy have already become commonplace in our homes; they heat up beautifully, quickly, and with lightness. That being said, you must accurately determine the size of the aluminum heating radiators before selecting any of these heating devices. Let’s define sizes and learn how to choose them properly.

What you need to know about the size of the radiators and what they affect

The separation between the axes is the first significant dimension. The majority of aluminum radiators that are available for purchase have a 35 or 50 cm gap between the upper and lower collector.

This indicator is 80, 70, 60, 40, and 20 cm in certain models.

Aluminum radiators come in nearly infinite lengths. The radiator’s power increases with length. Take the required number of sections to reach the desired power level. The size, power, and needed power of the aluminum heating radiator section determine the radiator’s overall length.

Use the installation set to dock the radiator with the heating system’s pipes.

• 1. Brackets (2 or 4 pieces) for hanging the radiator on the wall.
• 2. A special crane for pulling excess air (Maevsky crane).
• 3. The key for the crane
• 4. Radiator passes having a diameter of 3/4 or 1/2. They can be left or right.
• 5. Radiator plugs (dull traffic jams).
• 6. Sometimes still dowels for mounting brackets.

Mounting kit for radiators made of aluminum.

An aluminum alloy radiator can be cast or extruded, depending on the manufacturing process.

1. Casting increases the device’s dependability and durability. In this instance, the sections are cast as complete, discrete pieces that are gathered into a single radiator. At the very end, the battery’s lower section is welded.

2. Using extrusion equipment, the heated aluminum alloy is forced through a metal plate that has holes in it, much like in a movie. This enables you to obtain the appropriate shape for an aluminum long profile. It needs to be cut into segments the same size as the radiator after it has cooled. Weld the top and bottom sections after that. In this instance, the radiator cannot be adjusted based on length; the section from it cannot be removed. They are still rare even though they aren’t sold often.

The sizes of aluminum radiators of various manufacturers and their models

The radiator assembly size and the aluminum radiator section size are shown below the tables.

Aluminum radiators ROVALL

This company, which is a part of the Sira Group, produces aluminum batteries with 50, 20, and 35 centimeters between collectors. Adapters, plugs, nipples with gaskets (for joining sections), wall installation brackets, and the Mayevsky crane should all be included in the installation kit (separately purchased).

• Maximum working pressure – 20 bar.
• Pressure when testing the device – 37.5 bar.
• Water temperature limit – 110 ° C.

Features ROVALL ALX 200: 200 mm is the distance between the axes.

* All information is derived from official manufacturer sources.

Aluminum radiators Climatic Control Corporation LLP

The company’s innovation, the superb heat-on-heat Bilux Al radiators, are designed with careful consideration for the unique characteristics of each heating system. Their surface area is very large, and the vertical pipe’s cross section is optimally designed. China is the location of the radiator data plant. The collectors’ axes can be separated by either 30 cm (Bilux al m 300) or 50 cm (Bilux al m 500).

During the manufacturing process, a unique welding technique is used to join the upper, pressure-cast sections to the lower. Following assembly, the batteries undergo mechanical and chemical processing. They are then put to the test to see how strong and sealed they are. Multiple receptions feature paintings of batteries. They use an electrostatic field to act on them after they have cleaned. Enamel based on epoxy resin is sprayed at this point. Following that, the product’s surface is polymerized by heating it to a high temperature.

Because of the unique design of Bilux Al radiator ends, a special ring can be used as a gasket. Its construction is entirely composed of sealing joints. breasts when utilizing a cadmed. The leaks are categorically not included. Try to keep it as simple as possible, regardless of how many times the batteries move.

* All information is derived from official manufacturer sources.

Fondital aluminum radiators

Radiators made by this company are called Calidor Super. They are suitable for both the Russian climate and that of the CIS. In production, Russian – GOST R Ru.9001.5.1.9009 – is considered in addition to European standards EN 442. Casting under high pressure is the manufacturing process. The process of coloring involves two steps. Anaphoresis is used to apply the protective layer of enamel first, and then powder enamel is applied to give the product beauty. You have to buy the installation kit separately. The Maevsky crane, deaf traffic jams, brackets, and adapters are shown here.

The separation of the axes:

• 35 cm – model S4, having a depth of the section 9.7 cm and four lateral ribs.
• 50 cm – both model S4 (with four ribs and a depth of 9.7 cm), and a lighter model S3 (with three ribs and a depth of 9.6 cm).

• The limit of the working pressure is 16 bar.
• Rupture pressure limit – 60 bar. Pressure tests of 24 bar are carried out at each stage of manufacturing.
• Water temperature limit – 120 ° C.

Features of the Calidor Super 350 S4 radiators include four side ribs, a depth of 96 mm, and an inter-center distance of 350 mm.

* All information is derived from official manufacturer sources.

Aluminum radiators of Faral S.P.A.

This company produces Faral Green HP radiators specifically for Russia that are extremely robust and can withstand operating pressures of up to 16 atmospheres. The cast method is used to produce them. They are coated with a layer of zirconium, which is impervious to water and deeply penetrates the aluminum surface, both on the inside and the outside. As a result, there is no gas release when the battery comes into contact with water. Corrosion caused by electrochemical processes is not included.

The Faral Green and Trio HP batteries have a depth of 8 and 9.5 cm, respectively. Additionally, there are 35 or 50 centimeters separating the collectors’ axes. A standard air tap, adapters with plugs and brackets, silicone gaskets, and screws with traffic jams are all part of an installation set that can be purchased separately.

• The limit of the working pressure is 16 bar.
• Test pressure limit – 24 bars.
• Water temperature limit – 110 ° C.

The Faral Green HP 350 radiator’s dimensions and features, including the 350 mm gap between its axes:

* All information is derived from official manufacturer sources.

Aluminum radiators Global

Both an apartment and a private home can use the same company’s radiators. Their originality and elegance in design set them apart. The two most widely used models are Global Vox and Global Iso. Each of them is capable of having a 35 or 50 cm gap between the axes. Standard fastening set (separately sold).

• Maximum working pressure – 16 bar.
• Pressure pressure – 24 bar.
• The maximum temperature of hot water is 110 ° C.

The Global Vox 350 radiators’ dimensions and features, including their 350 mm center distance:

* All information is derived from official manufacturer sources.

Torex aluminum radiators

The company uses casting to produce aluminum sectional batteries for Torex. What sets them apart is the frontal part’s unique design, which creates captivating light transitions. Batteries are made with a depth of 7.8 and 7 cm for models with an interaceal distance of 35 cm, and a depth of 7.8 cm for models with a distance of 50 cm. Sections can range in number from six to fourteen. The cost of the battery does not include the installation kit.

• The limit of the working pressure is 16 bar.
• Test pressure limit – 24 bars.
• Temperature limit – 110 ° C.
• The optimal pH of water is 7-8 (you can 6.5-8.5).

The radiators Torex B 350’s measurements and features: the radiators’ center distance is 350 mm.

* All information is derived from official manufacturer sources.

Aluminum radiators Rifar

The company manufactures aluminum radiators of the BASE models, which have an intensification distance of 500 mm, and the ALP models, which have an intensification distance of 500 mm and an improved appearance and heat transfer as a result of their design. Alum models are specially designed radiators that can be used as oil electric heaters in addition to standard heating systems. Additionally, the manufacturer has developed its own unique line of Flex radiators, the primary benefit of which is the ability to customize the radiator’s radius of curvature.

• Working pressure no more than 20 atm;
• The maximum temperature of the coolant is 135 0 s;
• pH of water 7 – 8.5;

The measurements and features of the Rifar Base radiators, which are serial radiators made with four to fourteen sections:

Distance between sexes (mm)

Selecting the ideal heating radiators for your house is essential to preserving efficiency and comfort. When it comes to radiators, length and height are important factors in how well they work. Longer radiators offer more surface area for heat emission, but higher radiators typically distribute heat more evenly throughout the space.

Nonetheless, depending on your unique heating requirements and the design of your room, it’s critical to find a balance between height and length. Longer radiators might not work well against narrow walls, and taller radiators might not fit in spaces with low ceilings. Making an educated choice will be aided by measuring the size of the room and the amount of heating you require.

It’s also critical to comprehend the heat output of various radiator sizes. Longer radiators have a larger surface area and can emit more heat, even though taller radiators might provide better heat distribution. The proper radiator dimensions for each area of your house should be determined by taking into account variables like heat loss, room size, and insulation levels.

Additionally, don’t undervalue the significance of radiator design and placement. Radiators can be positioned in colder parts of the room or under windows to reduce heat loss and increase overall efficiency. Furthermore, choosing energy-efficient, contemporary radiator designs can improve the heating system’s usability and appearance.

In conclusion, the secret to getting the best comfort and efficiency out of your heating radiators in your house is to strike the ideal balance between height and length. To choose radiators that best meet your needs, take into account elements like room size, layout, and required heat output. You can guarantee a warm and comfortable home while reducing energy expenses and usage by making wise decisions and emphasizing efficiency.

Video on the topic

Low heating radiators height 200 mm buy in Kyiv to Ukraine Purmo Kermi Nizhki radiatori scorch