Below zero degree Celsius, the strength and plasticity of aluminum glass balustrade shoe base will not only not be reduced with the temperature, but will be improved.

aluminum glass balustrade shoe base has good strength and good plasticity.
he mechanical properties of aluminum glass balustrade shoe base is not as good as steel, but higher than its strength, can add copper, magnesium, manganese, chromium and other alloying elements, made of aluminum alloy, and then by heat treatment, and get very high strength. The strength of aluminum alloy is better than that of ordinary steel and comparable to that of special steel. This characteristic can be used for building structural materials.

Pure aluminum glass balustrade shoe base strength is not high, the tensile strength of the annealed state of about 80Mpa, through cold processing can make the strength doubled. By adding magnesium, zinc, copper, silicon, lithium manganese and other alloying elements and heat treatment to further strengthen, you can get higher strength. At present, we have been able to get glass balustrade shoe base with tensile strength greater than 700Mpa, and its specific strength can be comparable with that of high-quality alloy steel.

The reflectivity of the polished surface of aluminum glass balustrade shoe base to white light is more than 80%, the higher the purity, the higher the reflectivity. In addition, aluminum has good reflective properties for infrared, ultraviolet, electromagnetic wave and thermal radiation.

Surface treatment glass balustrade shoe base has excellent surface treatment, including anodic treatment, surface treatment, coating and plating, etc.; especially anodic treatment Variety of Attractive treatment can produce a variety of different colors, hardness of the film in order to adapt to a variety of architectural styles.

Easy processing can be extruded into various shapes of glass balustrade shoe base, no low temperature brittleness.

Fascia mount aluminum glass balustrade shoe base for glass can show excellent corrosion resistance under most environmental conditions, including in air, water (or salt water) and many chemical systems.