Art. tors500/100/14
Aluminum radiator Torido S 500/100/12 sections art. tors500/100/12
Art. tors500/100/12
Aluminum radiators Torido S is produced in one of the largest factories in Italy. Designed for Russian conditions operation, they are intended for use in autonomous and centralized heating systems at maximum
operating pressure 1.6 MPa (16 atm).
The radiators are manufactured in accordance with the technical standards UNI EN 442. The radiators consist of cast aluminum sections made of high quality aluminum alloy(AlSi9Cu EN AB-46100) using injection molding technology in accordance with
UNI EN 1676 standard. Radiators are assembled on steel nipples with a special anti-corrosion coating on the inner surface.
The radiator production process is fully automated. Each radiator is tested for leaks overpressure 2.4 MPa (24 atm).
All materials used for the manufacture of radiators are safe for human health and environment. The radiator has no sharp edges, low temperature
surfaces ensure maximum safety for people and animals.
Radiators are painted in two stages: first, their outer surfaces are painted
sewn using anaphoresis and then powder coated epoxy enamel V
electrostatic field followed by polymerization.
Torido S radiators have a Russian certificate of conformity.
Aluminum radiator Torido S 500/100/11 sections art. tors500/100/11
Art. tors500/100/11
Aluminum radiators Torido S are produced in one of the largest factories in Italy. Developed for Russian operating conditions, they are intended for use in autonomous and centralized heating systems at maximum
operating pressure 1.6 MPa (16 atm).
The radiators are manufactured in accordance with the technical standards UNI EN 442. The radiators consist of cast aluminum sections made from high quality aluminum alloy (AlSi9Cu EN AB-46100) using injection molding technology in accordance with
UNI EN 1676 standard. Radiators are assembled on steel nipples with a special anti-corrosion coating on the inner surface.
The radiator production process is fully automated. Each radiator is tested for leaks with an excess pressure of 2.4 MPa (24 atm).
All materials used for the manufacture of radiators are safe for human health and the environment. The radiator has no sharp edges, low temperature
surfaces ensure maximum safety for people and animals.
Radiators are painted in two stages: first, their outer surfaces are painted
are sewn using anaphoresis and then coated with epoxy powder enamel in
electrostatic field followed by polymerization.
Torido S radiators have a Russian certificate of conformity.
Aluminum radiator Torido S 500/100/10 sections art. tors500/100/10
Art. tors500/100/10
Aluminum radiators Torido S are produced in one of the largest factories in Italy. Developed for Russian operating conditions, they are intended for use in autonomous and centralized heating systems at maximum
operating pressure 1.6 MPa (16 atm).
The radiators are manufactured in accordance with the technical standards UNI EN 442. The radiators consist of cast aluminum sections made from high quality aluminum alloy (AlSi9Cu EN AB-46100) using injection molding technology in accordance with
UNI EN 1676 standard. Radiators are assembled on steel nipples with a special anti-corrosion coating on the inner surface.
The radiator production process is fully automated. Each radiator is tested for leaks with an excess pressure of 2.4 MPa (24 atm).
All materials used for the manufacture of radiators are safe for human health and the environment. The radiator has no sharp edges, low temperature
surfaces ensure maximum safety for people and animals.
Radiators are painted in two stages: first, their outer surfaces are painted
are sewn using anaphoresis and then coated with epoxy powder enamel in
electrostatic field followed by polymerization.
Torido S radiators have a Russian certificate of conformity.
Aluminum radiator Torido S 500/100/ 9 sections art. tors500/100/9
Art. tors500/100/9
Aluminum radiators Torido S are produced in one of the largest factories in Italy. Developed for Russian operating conditions, they are intended for use in autonomous and centralized heating systems at maximum
operating pressure 1.6 MPa (16 atm).
The radiators are manufactured in accordance with the technical standards UNI EN 442. The radiators consist of cast aluminum sections made from high quality aluminum alloy (AlSi9Cu EN AB-46100) using injection molding technology in accordance with
UNI EN 1676 standard. Radiators are assembled on steel nipples with a special anti-corrosion coating on the inner surface.
The radiator production process is fully automated. Each radiator is tested for leaks with an excess pressure of 2.4 MPa (24 atm).
All materials used for the manufacture of radiators are safe for human health and the environment. The radiator has no sharp edges, low temperature
surfaces ensure maximum safety for people and animals.
Radiators are painted in two stages: first, their outer surfaces are painted
are sewn using anaphoresis and then coated with epoxy powder enamel in
electrostatic field followed by polymerization.
Torido S radiators have a Russian certificate of conformity.
The coolant heats the air in the room by transferring energy from heating radiators. These products, depending on their shape and operating principle, have other names: batteries, convectors, heating panels. Their main task is to transform the potential of the liquid transporting thermal energy, and heat the air in the room to the required temperature.
The fundamental differences between heating elements lie in the material used in manufacturing and in the design. Weight and shape determine the installation method of the product, and heat transfer parameters and convection efficiency determine the speed of air heating and the efficiency value. Based on the material of manufacture, heating radiators are divided into steel, aluminum, cast iron and bimetallic, and based on the type of placement - into floor (in-floor), baseboard and wall-mounted.
The main criterion for choosing radiators is the type of heating, autonomous or centralized. In multi-storey buildings connected to common boiler rooms, there is a high probability of water hammer, therefore the installation of products with thin/brittle walls designed for constant regulated pressure is contraindicated. Another limiting factor of centralized systems is the questionable quality of the coolant and the activation of corrosion processes after the end of the heating season with the subsequent drainage of water.
The functionality of thermal energy recovery elements is characterized by the following criteria: operating/internal pressure, thermal power, maximum temperature for the supplied coolant and permissible pH.
Aluminum heating panels have a high thermal output, but due to their low operating pressure, like steel panels, they are vulnerable to water hammer. Cast iron batteries chemically passive to oxidation, so seasonal drains of water from the heating network do not threaten critical corrosion, but from a strong water hammer, cast iron walls can crack (when residents are asked to be present in the apartments while the system is filling and hold drain taps slightly open, this is done for their own good).
Heating radiators are mounted to the piping system after completion of the main phase finishing works. Batteries in houses and apartments are replaced between heating seasons. Adjusting the pressure level and cleaning from air jams carried out taking into account the manufacturer’s recommendations; in many cases, for improved distribution of the coolant, it is necessary to supplement the heating system circulation pump, and to protect the installed equipment - an expansion tank and a safety valve.
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In 1874, in Germany, F.J. Forster, opened a workshop for the production of copper products.
In those distant times, no one cared about equipping the bathroom so that it was comfortable, warm and beautiful. Just having a bathroom was a luxury.
The small workshop grew and expanded, and over time, in 1960, it turned into a huge Kermi production. And in 1967, the company produced the first heating devicesHouses.
In 1975, Kermibecame a world leader in the production of flat-panel appliances and, to expand its product line, decided to produce shower cabins. Also, to meet growing consumer demand, the company is starting to produce energy-saving heaters.
Gradually improving and improving the equipment producedand Kermi radiators, company has achieved high product performance - cost-effectiveness, ease of maintenance and high thermal efficiency.
Appearing on Russian market in the early 90s, buy Kermi price gained enormous popularity and earned rave reviews from consumers - for their unrivaled design and impeccable quality, and from installation organizations for ease of maintenance and installation.
And since the Kermi representative office was opened in Moscow in 1997, 80% of sales of this product are carried out in Russia. Kermi are trendsetters in the field of design and continuous improvement of their products. The constant awards and prizes in the field of design speak for themselves.At an exhibition in Germany in 2005, the heater presented by the company set a record for saving energy costs. So far no one has managed to beat him.
Today the German company Kermiis part of the AFG Arbonia-Forster-Holding AG concern. Its head office is located in Abolon, Switzerland. The company employs more than 7,000 people. AFG is a world leader in the production of plumbing and heating equipment, as well as finishing for residential buildings and industrial facilities. The equipment produced by the company firmly occupies a leading position in the world.
AFG Arbonia-Forster-Holding AG is a global trendsetter in the field of development latest technologies heating appliances, kitchens, windows and doors, as well as coating technologies, refrigeration technology and steel pipes.
There are two types of heating implemented in steel panel heating radiators. These are heating by thermal radiation in the infrared spectrum and convection heating. The share of convection heat in such radiators is 60 – 75%. This combination of two heating options made it possible to achieve the fastest and most efficient heating premises.
The design of the individual panel is quite simple. Typically, a pair of steel plates made of sheets 1.2 - 1.25 mm thick, which after stamping acquire a profile in the form of vertical channels, are connected to each other by welding. Coolant circulates in the channels formed by stamping. Steel panel radiators can consist of a block with one (type 11), two (type 22) or three (type 33) panels. To increase the heat transfer surface, fins are welded to the panel. As the number of panels increases, the thermal power of the radiator increases. The radiators are also equipped with a removable convection grille and side plates. Panel radiators are available in three versions - with side (left and right), bottom and universal connections. Advanced models of panel radiators (usually models with bottom and universal connections) have a built-in thermostatic valve to be able to adjust and maintain comfortable temperature in room. For objects with special hygienic requirements, modifications with a smooth surface of the heating panel are available. Standard technical specifications such devices allow their use in heating systems with a pressure of no more than 10 bar and maximum temperature, not exceeding 110 0 C.
The disadvantages of panel heating radiators include the need for cleanliness of the coolant. Oxygen, contaminants and chemical impurities in them can lead to active corrosion processes, which are undesirable in thin-walled steel panels. Also, the thin steel of the panels has low resistance to hydraulic shocks. The reliability of panel radiators in this regard is further reduced by the presence of welds, which are more susceptible to corrosion and pressure changes than the base metal of the plate. Therefore, it is better not to use such devices in centralized systems heating, where it is difficult to control the quality of the coolant. The considerable weight of radiators, which brings them closer to their cast-iron counterparts, also cannot be considered an advantage.
But don’t forget about the advantages of steel panel heating radiators. Since such devices are produced, unlike sectional radiators, in a form completely ready for installation, their range, standard sizes and thermal power are very wide. They have low inertia, their heat transfer rates are also high level. And the simplicity of design and modern technologies ensured a low price for panel radiators. In addition, among all types of heating devices, steel radiators have the lowest cost per kilowatt of heat, which is another important advantage.
Buy panel radiator heating is available in the Moscow online store of your heating partner “TavaGO”.
One of the main components of the comfort of every home or apartment is the presence of a good heating system. AND important elements In such a system, in addition to the heating boiler itself, there are radiators. Currently on domestic market You can find several types of heating radiators, each of which has its own advantages.
Among the most popular heating radiators, the main types are the following:
Feature cast iron radiators is their efficiency and versatility. However, they are quite difficult to install, are not very attractive in appearance and are not in particular demand among consumers.
Steel radiators are much more attractive and functional. In addition, such equipment is lightweight and can last more than 20 years. Panel models are more convenient to use, but tubular models are available in a wider range and are better suited for centralized heating systems.
Aluminum radiators are superior to many other types in most respects. However, their weak resistance to water hammer and the need for high-quality coolant make it possible to use them only for individual heating.
The best option is considered to be used in heating systems bimetallic radiators made of steel and aluminum. Their characteristics and service life are the best of all, although the price of such equipment is slightly higher than average.
The TeplovodService company will help you, if necessary, decide on specific type, the number and brand of radiator, as well as the choice of other equipment for your heating system. We always have equipment for sale from leading manufacturers (Radena, Maxterm Arbonia, Kermi, etc.) at an affordable price.
There are two types of heating implemented in steel panel heating radiators. These are heating by thermal radiation in the infrared spectrum and convection heating. The share of convection heat in such radiators is 60 – 75%. This combination of two heating options made it possible to achieve the fastest and most efficient heating of the room.
The design of the individual panel is quite simple. Typically, a pair of steel plates made of sheets 1.2 - 1.25 mm thick, which after stamping acquire a profile in the form of vertical channels, are connected to each other by welding. Coolant circulates in the channels formed by stamping. Steel panel radiators can consist of a block with one (type 11), two (type 22) or three (type 33) panels. To increase the heat transfer surface, fins are welded to the panel. As the number of panels increases, the thermal power of the radiator increases. The radiators are also equipped with a removable convection grille and side plates. Panel radiators are available in three versions - with side (left and right), bottom and universal connections. Advanced models of panel radiators (usually models with bottom and universal connections) have a built-in thermostatic valve to be able to adjust and maintain a comfortable room temperature. For objects with special hygienic requirements, modifications with a smooth surface of the heating panel are available. The standard technical parameters of such devices allow their use in heating systems with a pressure of no more than 10 bar and a maximum temperature not exceeding 110 0 C.
The disadvantages of panel heating radiators include the need for cleanliness of the coolant. Oxygen, contaminants and chemical impurities in them can lead to active corrosion processes, which are undesirable in thin-walled steel panels. Also, the thin steel of the panels has low resistance to hydraulic shocks. The reliability of panel radiators in this regard is further reduced by the presence of welds, which are more susceptible to corrosion and pressure changes than the base metal of the plate. Therefore, it is better not to use such devices in centralized heating systems, where it is difficult to control the quality of the coolant. The considerable weight of radiators, which brings them closer to their cast-iron counterparts, also cannot be considered an advantage.
But don’t forget about the advantages of steel panel heating radiators. Since such devices are produced, unlike sectional radiators, in a form completely ready for installation, their range, standard sizes and thermal power are very wide. They have low inertia, their heat transfer rates are also at a high level. And the simplicity of design and modern technology ensured the low price of panel radiators. In addition, among all types of heating devices, steel radiators have the lowest cost per kilowatt of heat, which is another important advantage.
You can buy a panel heating radiator in the Moscow online store of your thermal partner “TavaGO”.
