Copper for efficient heating

Copper for efficient heating



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Copper is a natural element that has been used to make containers, tubes and containers of water for thousands of years. Its popularity is explained by a combination of properties that make it unique. It is able to withstand extreme heat without undergoing degradation; it resists corrosion and high water pressures and does not burn. It also offers long years of service and an anti-bacterial property which prevents the proliferation of microbes and viruses in water distribution systems. All its advantages make it a privileged material in the house, especially in the area of ​​heating. And if you switch to copper to maintain a pleasant temperature all year round in your home Sweet Home ?

Reduce your bills by increasing energy performance

Copper is a solid and reassuring material which is perfectly suitable for all heating systems (fuel oil, gas, etc.). Completely recyclable without any loss of quality, it is an advantage for the environment as well as for sanitary and heating. Choosing a copper network for wall, floor or conventional heating is not only a wise investment but also helps to save energy. Indeed, a system designed entirely from copper tubes can reduce the work done by the pump used for central heating by up to 50%. How? 'Or' What ? Quite simply thanks to its various properties which make the circulation of water or gas more fluid, thus facilitating the work of the pump! A significant advantage for your portfolio and for the environment.

Copper in different heating systems

Copper is perfectly suited for underfloor heating. Tubes made with this material are oxygen tight, mechanically resistant and expand very little, allowing your soil to remain stable. On the other hand, the spacing of the pipes from axis to axis reduces the need for piping, while allowing faster heating of the soil and a reduction in energy consumption. Another innovation that has emerged in recent years, the heating wall in copper tubes. Little brother of the low temperature heating floor, it borrows its technology and performance. His advantages ? It operates at low temperature and has almost no inertia, thus limiting energy loss (red metal is about 1,000 times more conductive than plastic, for example). Two types of systems exist today: the first consists of "preformed" coils which adapt to all shapes of parts and to all heating powers. The second consists of placing the copper tubes on the walls (themselves covered with heat-insulating and noise-reduction plates). In finishing, the walls are coated or covered with sprayed plaster. As with underfloor heating, the wall pipe network can be connected to all conventional generators. It allows optimal use of renewable energies: heat pump, solar panels, geothermal energy ... and remains the most suitable solution for the construction of BBC houses (ie low consumption).