Titanium clad Aluminum bars description 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp; 0010010 nbsp;
Clad material:Ti acc. To ASTM B265 gr1
Base material/core material: Alu, 1050, 1060, 1100
Normal size: 12.7mm*12.7mm, 20mm*20mm, OD.25mm.etc.
Stainless steel clad aluminum bars also can be done.
Titanium cladding aluminum bar photos
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Ti-Al composite material development
Aluminum alloy is a kind of non-ferrous metal structural material that is widely used in industry. Because of its good electrical conductivity, small specific gravity and high thermal conductivity, aluminum alloys have been used in aviation, aerospace, weapons, ships, transportation and other industries. A large number of applications, but the high temperature performance and corrosion resistance of aluminum alloys are relatively poor. Compared with aluminum alloys, titanium alloys have excellent corrosion resistance, temperature resistance, impact resistance, high strength and toughness, and are also widely used in aviation, aerospace, weapons, ships, transportation and other industries. For example, in a marine environment, although titanium alloys have excellent resistance to seawater corrosion, their material costs are high and their economy is not good. Although aluminum alloys are lighter in weight and relatively inexpensive, their seawater corrosion resistance is far inferior to titanium alloys. Therefore, titanium / aluminum composite materials (including various profiles) have very high cost performance advantages in the application of marine engineering materials.
At present, the preparation of titanium / aluminum composites mainly depends on processes such as rolling composite, hot extrude diffusion, explosive composite, friction stir welding, and solid-liquid composite. Most of these invention patents refer to the production of titanium / aluminum composite plates by one or more of the above-mentioned combined production processes.
Ti clad aluminum bars size:
