Titanium alloy 10-2-3 / Ti1023 – properties, applications and technical data
Titanium 10-2-3 is a high-strength near-beta titanium alloy developed for applications where very high strength, good toughness and low weight are required.
The alloy is mainly used in the aerospace industry and is particularly appreciated for forged components where high strength, good fracture toughness and fatigue performance are crucial.
Titanium 10-2-3 offers very good forgeability, deep hardenability and is well suited for near-net shape forging in technically demanding applications.
Properties of Titan 10-2-3
Titanium 10-2-3 is a near-beta titanium alloy with a chemical composition based on titanium, vanadium, iron and aluminium.
The material is developed to provide a very good combination of strength, toughness and fatigue performance, especially in aerospace structures and forged components.
- Type: near-beta titanium alloy
- Alloy: Ti-10V-2Fe-3Al
- Structure: near-beta titanium alloy
- Designations: Titanium 10-2-3, Titanium 10-2-3, Ti-10-2-3, Ti-10V-2Fe-3Al, UNS R56410, AMS 4983, AMS 4984, AMS 4986, AMS 4987, TIMETAL 10-2-3, Ti1023
- Typical composition: V ~10%, Fe ~2%, Al ~3%, Ti ~balance
Advantages
- Very high strength to weight ratio
- Good fracture toughness
- Very good fatigue strength
- Good forging
- Good forging
- Suitable for near-net shape forging
Limitations
- Higher material cost than standard titanium alloys
- Machining and heat treatment require controlled processes
- Mainly used in high-performance applications where simpler titanium alloys are not sufficient
Common product forms for Titanium 10-2-3
- Billet
- Round bar
- Plate
- Forgings
- Special dimensions according to drawing
Typical components manufactured in Titanium 10-2-3
- Landing gear components
- Aircraft structures
- High strength forgings
- Near-net shape forgings
- Aerospace and defense components
Corrosion resistance and mechanical performance
Titanium 10-2-3 offers good corrosion resistance and very high mechanical performance in applications where low weight and high strength are required. required.
The material is particularly appreciated for its combination of high strength, good toughness and very good fatigue life.
Environments where Titan 10-2-3 performs well
- Aerospace industry
- High strength structural applications
- Forging applications
- Components where low weight is critical
Environments to avoid
- Applications where simpler titanium alloys are sufficient
- Environments where high temperature resistance is more important than forgeability and strength
Technical data
| Stretch limit (0.2%) |
~1250 MPa min |
| Tensile strength |
~1350 MPa min |
| Extension |
~20% min |
| Density |
~4.65 g/cm³ |
| Modulus of elasticity |
~103–110 GPa |
| Typical use |
High-strength aerospace forgings and critical aerospace structures |
With a global network of suppliers, we can offer Titanium 10-2-3 in technical dimensions for demanding industrial and aerospace applications.
Contact us for price, availability and technical advice.
Supplier of Titanium 10-2-3 with certified quality
HARALD PIHL is one of Europe's largest suppliers of special alloys and advanced titanium materials, including high-strength titanium alloys such as 10-2-3.
With over 100 years of experience in the metal industry, we deliver materials with full traceability and certification according to EN 10204 3.1 / 3.2 as well as relevant ASTM and AMS standards.
Cutting, testing and quality assurance are carried out in-house to ensure the right tolerances and fast global delivery for technically demanding projects.
- Europe's largest stock of nickel and titanium alloys
- Special alloys from stock
- ASTM / ISO / AMS standards
- Top quality for safety-critical applications
- Fast global delivery
- Full material certification (EN 10204 3.1 / 3.2)
- Over 100 years in the metal industry
- Nickel and titanium experts
