Titanium composite plate
Titanium-zinc composite panel is a new type of aluminum-plastic panel building material made of titanium-zinc alloy plate as the panel, 3003H26 (H24) aluminum plate as the back plate, and high-pressure low-density polyethylene (LDPE) as the core material. It is thermally compounded. It combines the characteristics of titanium-zinc plates (metal texture, surface self-healing function, long service life, good plasticity, etc.) with the advantages of flatness and high bending resistance of composite plates. It is a model of the combination of classical art and modern technology. In the beginning phases of purpose, it has all the earmarks of being a characteristic, spic and span blue-dark tone from a good ways, while very close, it shows the basic surface of regular metal. Over the long run, the outer layer of the titanium zinc plate presented to the air will slowly shape a thick and hard zinc carbonate hostile to erosion layer to forestall further consumption of the plate surface. Even scratches and defects will completely disappear during this evolution process. It is undoubtedly an ideal decorative material for buildings that need to create a strong sense of nature. It is especially suitable for environments with a strong natural and historical atmosphere, and can add unique charm to modern and classical buildings. It has good strength and rigidity and can withstand strong winds and other harsh climate environments. It has good plasticity, is easy to process and install, is conducive to three-dimensional modeling, and can adapt to various layout requirements. It can fully express the architect's personality and satisfy his rich creative imagination and inspiration requirements.
Standard specifications: thickness: 4mm; 5mm; 6mm; width: 1000mm; 1240mm; (titanium plate thickness ≥ 0.3mm) 630mm (titanium plate thickness < 0.3mm) length: 2000mm; 2440mm; 3000mm; 6000mm
Features of titanium-plastic composite panels:
(1) It has strong corrosion resistance. Whether in industrial areas, heavily polluted urban areas, rural areas, or coastal areas, the natural titanium surface will not discolor after several years.
(2) Good mechanical properties. The tensile strength of industrial pure titanium is higher than ordinary carbon structural steel.
(3) It has good anti-epidemic fatigue and creep resistance.
(4) There is no magnetization effect, and the resistance coefficient and thermal conductivity of industrial pure titanium are similar to stainless steel.
(5) Industrial pure titanium is a self-preserving metal, and surface scratches can heal automatically.
(6) Modern unadulterated titanium is utilized for intensifying in the strengthened state and has great processability (like hardened steel).
(7) The thickness of modern unadulterated titanium is 4.5X103kg/m3, which is 1.7 times that of aluminum and 60% that of steel. Great versatility, stretching ≥30%.
(8) The surface can be treated in different ways, like hairline treatment, reflect treatment or tightened treatment, and so on. It can likewise be handled into different tones like red, dark, white, etc.
Features of titanium-zinc composite panels:
(1) Long service life.The outer layer of the titanium-zinc compound board can normally frame a thick oxide layer (zinc carbonate) to forestall further consumption and can be utilized in conditions with poor climatic circumstances.
(2) The board doesn't need painting or other enemy of consumption medicines and has a metallic surface.
(3) The board has a self-recuperating capability and will naturally mend without leaving any follow subsequent to being damaged.
(4) High unbending nature and difficult to twist and distort.
(5) The board surface is smooth and the decorative effect is good.
(6) It has certain sound insulation, heat insulation and energy-saving functions.
(7) In addition to the original metal color, the panel color can also be pre-processed into blue-gray, black-gray, copper-green, etc.
(8) Easy to process and shape. It can be processed and formed in the factory, or it can be processed and installed at the construction site, which helps shorten the construction period.
(9) Good environmental coordination. Low reflectivity, no light pollution; safe to recycle.
