Thermal break of ACPA Iran company
Aluminum Doors & Window - Thermal Break
Thermal break literally means thermal break, which is used in the aluminum door and window industry to create a layer between the aluminum profiles in the frame and sash parts, which will prevent energy loss in aluminum doors and windows. . This hard piece, called polyamide rubber, is heat-stitched between the aluminum profiles by a sewing machine.
Polyamide rubber has a very high thermal resistance (up to 220 ° C).
For sealing and aeration of thermal break aluminum doors and windows, EPDM gaskets with high life and quality are used, which protects the doors and windows against the entry of dust and water into the building. Also, a layer of polyamide Used in thermal doors and windows, thermal break provides the possibility of two-color aluminum profiles for more beauty.
What is a double-glazed thermal break window?
Double-walled thermal break doors and windows are one of the latest achievements of the world aluminum industry, in which the installation of an EPDM insulation has caused the connection of aluminum profiles from the outside to the inside. This method allows us to make the color inside the place of use different from the color of the outer surface profile. Another feature of this product is 100% insulation of the interior space of the building. It is noteworthy that thermal break, while beautiful and elegant, also has all the capabilities of PVC windows.
For sealing and aeration of thermal break aluminum doors and windows, EPDM gaskets with high life and quality are used, which protects the doors and windows against the entry of dust and water into the building. Also, a layer of polyamide Used in thermal doors and windows, thermal break provides the possibility of two-color aluminum profiles for more beauty.
What is a double-glazed thermal break window?
Double-walled thermal break doors and windows are one of the latest achievements of the world aluminum industry, in which the installation of an EPDM insulation has caused the connection of aluminum profiles from the outside to the inside. This method allows us to make the color inside the place of use different from the color of the outer surface profile. Another feature of this product is 100% insulation of the interior space of the building. It should be noted that ordinary aluminum windows are resistant to atmospheric elements, but since aluminum is a good conductor, it wastes energy. To solve this problem, a new product called aluminum thermal break window has been introduced to the world, which in these windows creates a plastic layer between the inner and outer frames against heat transfer failure. The word Thermal Break means thermal break. These windows have thermal insulation, ie they consist of two inner and outer frames, which are separated by a plastic insulation. In the past, aluminum windows transferred heat between inside and outside the house, but in thermal break windows, this problem has been solved due to the combination of polyamide and aluminum in their production.
Akpa Iran Industrial Group, as a manufacturer of thermal break windows and thermal bread in East Azarbaijan province of Tabriz, is ready to provide you with specialized advice.
The point is that thermal break, while beautiful and elegant, also has all the capabilities of PVC windows.
Different types of aluminum doors and windows:
• Normal plain aluminum))
• Thermal Break Aluminum (Thermal Break))
• ALU Wood
According to the theory of the International Environment Agency:
Windows can waste up to 25 percent of the energy needed to heat a home, as well as 50 percent of the energy needed to ventilate it.
In general, the advantages of using a double-glazed aluminum thermal break window can be listed as follows:
• Waterproofing
• Insulation
• Sound insulation
• unflamable
• Eco-friendly and recyclable
• Resistant to air pollution and dust
• Resistant to wind pressure while light
• Extraordinary beauty, great and varied color variety
• Fantastic style
• Safe against theft and earthquake
• Resistant to discoloration and shape due to environmental factors such as sunlight, rain, weather
The result of using thermal break profiles is to prevent the transfer of cold and heat from the outer wall to the inner wall and vice versa. If thermal break system is used on doors and windows, 38% reduction of thermal energy loss in cold season and 32% reduction of refrigeration energy loss in hot season, 28% reduction of fuel consumption, 20% reduction of cost in initial investment of facilities and also to Significant amount of noise pollution is prevented.
In a double-glazed aluminum window, the connection strength is extremely high, relying on several common connections, especially bolt and rivet fittings, as well as punching using solid aluminum pieces. The fittings are attached directly to the aluminum metal.
Electrostatic powder paints with an extraordinary variety provide more than 250 different colors to consumers of aluminum profiles that are hardened in the furnace and are shock and cast. In addition, the variety and beauty of another coating and painting system, ie anodizing, can only be done for aluminum profiles. Aluminum profiles with printed colors and hardness in the furnace are doubly durable and beautiful.
Nowadays, the use of aluminum frames has become common due to its high ductility and lightness, because with the increase in the number of available glasses, it is necessary to reduce the weight of the building in some way, and therefore in this category, aluminum seems to be a suitable metal. Also, the use of insulation shutters in cold seasons will limit energy losses, especially at night.
In addition, the variety and beauty of a coating and painting system, ie anodizing, can only be extracted in aluminum.
Thermal break aluminum double glazed window system has met the needs of the construction industry by having a great variety in form, color and wide use of fittings and variety of opening.
Reduce the disadvantages of aluminum doors and windows over time:
Aluminum doors and windows, like any new technology that comes to reduce the disadvantages of its predecessors, have their own disadvantages that are corrected and perfected over time. Aluminum doors and windows are no exception to this rule.
First Generation: The first generation of aluminum doors and windows were in fact semi-aluminum semi-metallic because they were connected by rebar and it was practically impossible to double-glazed doors and windows.
Second generation: The second generation of aluminum doors and windows were developed in addition to the first generation to prevent thermal energy loss and practically covered the use of double-glazed windows in comprehensive aluminum frames.
Third generation: In this generation of aluminum doors and windows, the problem of high heat exchange between the interior and exterior of the building was solved and thermal break aluminum doors and windows practically entered the field of aluminum doors and windows.
Third-generation frames, more scientifically called aluminum profiles, are a rubber layer made of polyamide that practically shapes aluminum door and window profiles into double-walled ones. This polyamide layer is punched between two aluminum blades by press machines, which in addition to the advantage of reducing heat transfer, also prevents the entry of sound and is also considered as a kind of sound insulation. The polyamide rubber used in thermal break aluminum doors and windows are in fact compressed glass fibers that can withstand pressure and heat.
