Titanium alloy
Titanium alloys are metals which contain a mixture of titanium and other chemical elements. They have very high tensile strength and toughness. They are light in weight, resist corrosion very strongly and can withstand extreme temperatures.[1]
However, the cost of both raw materials and processing is very high.[1] Therefore, their use is limited to military applications, aircraft, spacecraft, medical devices, connecting rods on expensive sports cars and some high quality sports equipment and consumer electronics.
Titanium Alloy Media
- Shemsh eli titanumi.jpg
Titanium alloy in billet form
- Ti V Cr Mn Frost.jpg
Frost diagram of various Ti alloys
- Разрушенный металлический образец на фоне углеродной подложки.jpg
Fracture surface of a part made from Titanium alloy
- Fig 1a of NASA TM X-53445 - PRINCIPAL TYPES OF TITANIUM-ALLOY CONSTITUTION DIAGRAMS Alpha Peritectoid.png
TITANIUM-ALLOY CONSTITUTION Phase DIAGRAM - Alpha Peritectoid
- Fig 1b of NASA TM X-53445 - PRINCIPAL TYPES OF TITANIUM-ALLOY CONSTITUTION DIAGRAMS Beta Eutectoid.png
TITANIUM-ALLOY CONSTITUTION Phase DIAGRAM - Beta Eutectoid
- Fig 1c of NASA TM X-53445 - PRINCIPAL TYPES OF TITANIUM-ALLOY CONSTITUTION DIAGRAMS Beta Isomorphous.png
TITANIUM-ALLOY CONSTITUTION Phase DIAGRAM - Beta Isomorphous
- Titanium products.jpg
Titanium products: plate, tube, rods, powder
- Two folding knives.JPG
Titanium alloys make lightweight products like pocketknives
- Aircraft Parts - Made of Titanium - Pictures of a Street Photographer - Image 006.jpg
Turbine blade made from Ti alloy
- Canadian transportation and distribution management (1913) (14761406346).jpg
Rail cross-section was used to advertise Titanium alloy as early as 1913
