Titanium Forgings
Titanium forgings are used wherever high mechanical strength, durability and reliable component properties are required. The forging process allows titanium to be specifically formed for demanding technical applications.
Form & Technik supplies customized titanium forgings for a wide range of industrial applications. The portfolio ranges from conventional forged components to near-net-shape components produced using isothermal forging processes.
Titanium Forgings for Demanding Applications
During forging, titanium is formed into the required component geometry through controlled deformation. The process is particularly suitable for components where high strength and mechanical load-bearing capacity are key requirements.
Titanium forgings are used in technically demanding applications, including aerospace and medical technology. Depending on the component geometry and specific requirements, different forging processes can be used.
Form & Technik supports customers in selecting a suitable manufacturing solution and in implementing customized titanium forgings.
Advantages of Forged Titanium Components
Forging titanium offers particular advantages for components exposed to high mechanical and thermal loads. Controlled forming enables the production of high-performance components for demanding technical applications.
- High Strength
Forged titanium components are suitable for applications requiring high strength and mechanical load-bearing capacity. - Complex Component Geometries
Depending on the forging process used, complex and near-net-shape component geometries can be produced. - Performance Under High Loads
Titanium forgings are used in applications where reliable component properties are required even under demanding operating conditions. - Customized Solutions
Component geometry and manufacturing processes can be adapted to the technical requirements of the respective application.
Titanium Forgings for High-Performance Applications
Titanium forgings are used in a variety of technically demanding fields. These include applications in aerospace and medical technology, where particularly high demands are placed on materials and component properties.
Due to contractual confidentiality agreements, not all projects and components realized by Form & Technik can be shown publicly. The following examples therefore provide a selected insight into the range of titanium forgings produced.
Some of the images have been digitally or AI-assisted optimized and may differ in detail from the actual appearance of the components.
Isothermal Forging of Titanium under Vacuum
Hot isothermal forging under vacuum enables the production of demanding, near-net-shape forged components. The process is used for forming highly alloyed materials such as titanium, molybdenum and high-alloy steels.
During isothermal forging, the workpiece and tooling are exposed to coordinated high temperatures throughout the forming process. Combined with processing under vacuum, this creates controlled conditions for forming demanding materials.
Components produced using this process are characterized by high strength and high-quality component properties. Isothermally forged components are therefore used in demanding applications, including aerospace and energy technology.
Another advantage of the process is the possibility of near-net-shape manufacturing. This allows complex component geometries to be formed close to their required final shape during the forging process.
Custom Titanium Forgings for Your Application
Are you planning a high-performance titanium component and looking for a suitable manufacturing process? Form & Technik supports you in selecting the appropriate solution – from conventional titanium forgings to near-net-shape components produced using isothermal forging processes.
Key factors include component geometry, material requirements, mechanical loads and the intended application. Talk to us about your project and technical requirements.