Aluminium Profile - Building material of the Modern Age

Home  > NEWS  > News  >  Aluminium Profile - Building material of the Modern Age
Aluminium Profile - Building material of the Modern Age
2013-07-18

Modern architecture and construction is more than just the erecting   buildings as functionally as possible. In addition to the functional and   economic standards, aesthetic and design considerations together with   ecological demands placed on building projects play an equally important   role. This means the materials used are of major significance.   Aluminium profile, the building material for the modern age, established   itself as an important factor in the building and construction industry   during the course of the 20th century. Aluminium enables every possible   architectural concept to be realised – regardless of whether it is a   new build or a modernization. Possible applications range from exterior   walls and roof and wall aluminum building products system manufacturers,   interior decoration and design of life technically is a world leader -   rather than a minimum of space, including doors, windows, balconies,   because the company has further greenhouse the development of modern   windows and exterior surface treatment, thermal insulation, sound   insulation, air conditioning and solar heating field. With annual   domestic demand of about 50 million tons, the construction industry is   the second largest market for aluminum products in Germany. The total   aluminum market share is 15%.

Is Aluminium Profile Sustainable?
Like most of the main material, environmental protection arguments against aluminum are complex, interrelated. Since aluminium profile is the third most abundant element on the earth's surface one of the   green building lobby's main preoccupations, sustainability of supply, is   not a factor. Extraction and its impact on the environment is still a   consideration, despite the global aluminum industry need to be very   cautious in its mining operations, the restoration of land bauxite, has   been dug out.

The high-embodied energy content of aluminium is the area of concern   most commonly raised by architects. Aluminum production such as embossed aluminum sheet is certainly an energy-intensive process, about 12 kilowatt-hours per   kilogram. However, more than 50% of the world's smelters use   hydroelectric power, the clear sustainable resources to minimize the   impact on the environment.

In addition, in the aluminum proposition is the degree of difficulty   can be recycled. According to current estimates, up to 70% of the   aluminum used in the building can be reused without any significant   degradation of the intrinsic properties of the material. 63% alumina sol   recycling of waste generated during the manufacturing process of the   cycle rate is almost 100%. This is highly significant, and only 5% - the   time at which such a life cycle analysis, the case of aluminum is more   than the first time appear much stronger, particularly because aluminum   is the power required because of the use of recycled aluminum alloy   manufacturing requirements of the primary smelting one of the very few   no loss of quality, and can be repeatedly recycled materials.

www.jinlanaluminium.com was found in Sept, 2000, reformed the system   from Foshan Lanshi Aluminium Profile Plant) which was prepared in 1983   and constructed in 1990s. Through over 30 years' construction and   development, JinLan has become into a comprehensive large size aluminium   fabrication enterprise for its largest production scale, most advanced   equipments, most full ranged product varieties in China, such as   aluminium window sections and embossed aluminum sheet.

Chat Online