Products
- Titanium Tablet
- Carbide Powder
- Nitride Powders
- Hydride Powders
- Silicide Powders
- Ti5Si3 Titanium Silicide
- TaSi2 Tantalum Silicide
- VSi2 Vanadium Silicide
- CrSi2 Chromium Silicide
- HfSi2 Hafnium Silicide
- Mg2Si Magnesium Silicide
- MnSi Manganese Silicide
- MoSi2 Molybdenum Silicide
- NbSi2 Niobium Silicide
- Ni2Si Nickel Silicide
- TiSi2 Titanium Disilicide
- WSi2 Tungsten Silicide
- FeSi2 Ferro Silicide
- ZrSi2 Zirconium Silicide
- Cu5Si Copper Silicide
- CoSi2 Cobalt Silicide
- Yttrium Disilicide,YSi2
- Calcium Silicide,CaSi2
- Boride Powders
- TiB2 Titanium Boride Powder
- TaB2 Tantalum Boride powder
- ZrB2 Zirconium Boride Powder
- VB2 Vanadium Boride Powder
- CaB6 Calcium Boride Powder
- CrB2 Chromium Boride Powder
- CoB Cobalt Boride Powder
- SiB6 Silicon Boride Powder
- HfB2 Hafnium Boride Powder
- AlB2 Aluminum Boride Powder
- MgB2 Magnesium Boride Powder
- MnB2 Manganese Boride Powder
- MoB2 Molybdenum Boride Powder
- NbB2 Niobium Boride Powder
- Ni2B Nickel Boride Powder
- WB2 Tungsten Boride Powder
- MoB Molybdenum Boride powder
- WB Tungsten Boride powder
- FeB Iron Boride powder
- Metal Alloy Powders
- High purity powders
- Max materials
AlTi Aluminum titanium alloy
Haixin is one of the leading and professional AlTi aluminum titanium alloy manufacturers in China. Providing you with good after-sales service and quick delivery, we warmly welcome you to high quality AlTi aluminum titanium alloy at the most competitive price with us.
Send Inquiry
Product Description
AlTi Aluminum titanium alloy
Properties of titanium and aluminum:
Titanium alloy is silver-white metal, which has many excellent properties. At 4.54g/cm3, titanium is 43% lighter than steel and slightly heavier than magnesium, the famed light metal. The mechanical strength is about the same as steel, twice as strong as aluminum and five times stronger than magnesium. Titanium is high temperature resistant, melting point 1942K, higher than gold nearly 1000K, higher than steel nearly 500K.
Therefore, it has attracted extensive attention and become the focus of research on earale alloy.
The basic alloy has good physical and mechanical properties and has obvious advantages over ordinary titanium alloys and superalloys. The properties of Ti-Al intermetallic compounds are higher than Ti alloys in all aspects, which is of great significance for aeronautical materials. Due to the effect of covalent bond, diffusion-related high-temperature properties, such as creep, durable strength and fracture toughness, can be improved. At the same time, it has excellent high-temperature oxidation resistance and corrosion resistance, so it is a high temperature structural material with great potential.
Use of titanium and aluminum:
Titanium alloy is also widely used in vacuum coating industry. It can be made into a certain proportion of alloy target material as raw material for magnetron sputtering coating. In the process of making vacuum coating target materials, titanium aluminum alloy has a variety of component ratios, commonly used titanium aluminum atom ratio (at%) : 90:10, 80:20, 70:30, 50:50, 30:70, 20:80, 10:90. Titanium aluminum alloy can be produced by vacuum casting when the content of titanium atom is greater than or equal to 50%. When the content of titanium decreases and the content of aluminum increases, it can only be produced by powder metallurgy to meet the requirements of target materials. When the titanium atoms are greater than or equal to 80%, the titanium alloy can also be forged and rolled.
