TITANIUM BASED
ALLOYS
Titanium and its alloys are useful engineering materials because of their excellent resistance to corrosion in oxidizing environments and/or high strength-to-weight ratio. They also offer resistance to erosion by flowing solutions with entrained solids and good heat transfer characteristics.
Titanium alloys are metallic materials that are composed primarily of titanium, along with other elements such as aluminium, vanadium, iron, or nickel. These alloys are created by mixing titanium with small amounts of these alloying elements to enhance specific properties and characteristics.
These alloys are widely used in various industries, including aerospace, automotive, marine, medical, and sporting goods, where lightweight and high-strength materials are required.
Product | Major Applications | Availability |
TI GRADE 12 Corrosion resistant Grade: UNS R53400 Composition: 98.5Ti - 0.3Mo - 0.8Ni (controlled interstitials) | Grade 12 is a highly weldable and fabricable alloy offering improved strength and pressure vessel code allowances compared to Grade 2. It also has corrosion resistance advantages. | Imported; ex-stock or mill availability |
TI GRADE 16 Corrosion resistant Grade: UNS R52402 Composition: 99.5Ti - 0.05Pd (controlled interstitials) | A lower cost, leaner Pd version of Grade 7 with equivalent mechanical and physical properties and corrosion resistance between that of Grades 7 and 2. | Imported; ex-stock (limited) or mill availability |
TI GRADE 2 Corrosion resistant Grade: UNS R50400 Composition: 99.5Ti - 0.03N - 0.30Fe - 0.25 O | Moderate strength unalloyed grade of titanium with excellent weldability, cold formability and fabricability; "workhorse" grade for industrial service. It displays excellent resistance to a wide range of conditions ranging from mildly reducing to highly oxidising. | Comprehensive range of plate, bar, pipe and tube from stock; or imports from stock or mill availability |
TI GRADE 4 Corrosion resistant Grade: UNS R50700 Composition: 99.3Ti - 0.05N - 0.50Fe - 0.40 O | Much stronger version of Grade 2 as a result of the higher level of interstitial elements. It has reasonable weldability but reduced ductility and formability. Widely used for plating and anodising jigs and fixtures. | Imported; ex-stock (limited) or mill availability |
TI GRADE 5 Corrosion resistant Other Grade: UNS R56400 Composition: 89.3Ti - 6Al - 4V - 0.05N - 0.40Fe - 0.20 | Heat treatable, high strength, most commercially available titanium grade for use up to 400 deg c.- "workhorse" grade for the aerospace industry. Offers excellent combination of strength, toughness and ductility along with good weldability and fabricability. Grade 23 is a variant having extra low interstitial elements and thus improved ductility and fracture toughness. | Imported; ex-stock or mill availability |
TI GRADE 7 Corrosion resistant Other Grade: UNS R52400 Composition: 99.3Ti - 0.2Pd - 0.03N - 0.30Fe - 0.25O | The titanium alloy most resistant to corrosion in reducing acids and to localised attack in hot halide media. It has physical and mechanical properties equivalent to Grade 2 and excellent weldability / fabricability. | Imported; ex-stock or mill availability |