6082 Aluminium Folding Door Outside Wind Resistance Sound Insulation

Product Specification

6082 Aluminium Folding Door Outside Wind Resistance Sound Insulation

Aluminium Folding Door Outside Wind Resistance Sound Insulation Customized Folding Door

Specifiaction of Profile:

6063-T5:

6063-T5 building aluminum profile must have certain mechanical properties. When other conditions are the same, the tensile strength and yield strength increase with the increase of content. The strengthening phase of 6063 gold is mainly Mg2Si phase. What should be the amount of Mg, Si and Mg2Si? Mg2Si phase is composed of two magnesium atoms and one silicon atom. The relative atomic mass of magnesium is 24.3l and the relative atomic mass of silicon is 28.09. Therefore, the mass ratio of magnesium to silicon in Mg2Si compound is 1.73:1.

Construction Aluminum Profiles Types:

General industrial aluminum profiles: mainly used for industrial production and manufacturing, such as automation machinery and equipment, the framework of sealing cover and the customized mold opening of various companies according to their own mechanical equipment requirements, such as assembly line conveyor belt, elevator, dispensing machine, detection equipment, shelf, etc., the electronic machinery industry and dust-free room are mostly used.

4. Aluminum alloy profile for railway vehicle structure: mainly used for manufacturing rail vehicle body.

5. Mounting aluminum profiles, making aluminum alloy frame, mounting various exhibitions, decorative paintings.

Features of aluminum profile: after surface oxidation, it has beautiful appearance and dirt resistance. Once smeared with oil, it is easy to clean, install and dismantle, light and convenient to carry and move. Moreover, the equipment and mechanical equipment manufacturing industry and durable consumer goods account for about 10% and 12% of China's aluminum profile applications respectively. However, in Europe, North America and Japan, the proportion of industrial consumption of aluminum profiles in the same period is 60%, 55% and 40%, which is much higher than that in China. It is expected that the consumption of industrial aluminum profiles in China will continue to grow in the next 5-10 years.

Wood Grain Technology:

There are two types of wood grain transfer technology, one is water mark transfer technology, and the other is water drape transfer technology. The former mainly completes the transfer of characters and photo patterns, while the latter tends to complete the transfer on the whole product surface. In the introduction to printing industry written in 1973, it was pointed out that "Chinese printing was not invented by someone alone, nor was it suddenly invented in a certain era; It is the crystallization of the wisdom of thousands of sages, the accumulation of thousands of years of experience, and the collective creation of gradual comprehensive evolution and development.
”Cubic transfer uses an aqueous film that is easily dissolved in water to carry graphics and text. Due to the excellent tension of the water covered film, since the early Tang Dynasty, the middle Tang Dynasty, the late Tang Dynasty, the Five Dynasties and the Song Dynasty are overthrown by the existing literature and cultural relics, there is no need for further discussion of Beijing stainless steel. Therefore, this paper only briefly reviews and describes the four theories of the Han Dynasty, the Six Dynasties, the Sui Dynasty and Jiang Yuan.
Printing is a process technology, which transfers the wood grain on the printing plate to the substrate through transfer materials. It is easy to wrap around the product surface to form a graphic layer, and the product surface gets a completely different appearance like painting. Drape transfer technology can drape color patterns on workpieces of any shape. The switcher can solve the problem of three-dimensional product printing for manufacturers.
Curved surface coating can also add different lines on the product surface, such as leather grain, wood grain, emerald grain and dolomite grain. At the same time, it can also avoid the vacancy often seen in general board printing. In addition, in the printing process, because the product surface does not need to contact with the printing film, it can avoid damaging the product surface and its integrity.