Titanium alloy plates can be roughly classified into low-strength titanium alloy plates, standard titanium alloy plates, medium-strength titanium alloy plates, and high-strength titanium alloy plates based on their different strengths. Let’s examine the data classification provided by HTL-a titanium alloy plate manufacturer(htltitanium.com):
- Low-strength titanium alloy plates are mainly used for corrosion-resistant titanium alloys, while titanium alloys used for structural components are referred to as structural titanium alloys.
- Standard strength titanium alloy plates (~500MPa) mainly include industrial pure titanium, Ti-2AL-1.5Mn (TCl), and Ti-3AL-2.5V (TA18). These titanium alloys are widely applied due to their high cost-effectiveness and good weldability. They are used in the manufacturing of various aerospace sheet components, hydraulic tubes, and can also be commonly seen in consumer products such as bicycles.
- Medium-strength titanium alloy plates (~900MPa) are exemplified by Ti-6AI-4V (TC4) titanium alloy, which finds extensive use in industries such as aerospace and aviation.
- High-strength titanium alloy plates have a tensile strength of above 1100MPa at room temperature. They consist of near-β titanium alloys and metastable β titanium alloys and are primarily employed as substitutes for commonly used high-strength structural steels in aircraft structures. Typical alloys in this category include Ti-13V-11Cr-3Al, Ti-15V-3Cr-3Sn (TB5), and Ti-10V-2Fe-3Al.
Different strength titanium alloy plates exhibit significant differences in terms of price, performance, and other aspects. Therefore, customers need to choose the appropriate strength titanium alloy based on their actual usage environment during the selection process.
