Centrifugal casting of titanium

Q: What are the benefits of titanium?

Titanium has a unique combination of properties, including high strength-to-weight ratio, very good corrosion resistance and ability to withstand high temperatures. The material is also biocompatible, making it suitable for both industrial and medical applications.

Q: What are the advantages of centrifugal casting compared to other casting methods?

Centrifugal casting provides high material density and minimised porosity. The process squeezes out contaminants from critical surfaces and improves the mechanical properties of the material. The result is components with uniform wall thickness, high quality and long service life.

Q: What types of components are produced by centrifugal casting?

Centrifugal casting is mainly used for cylindrical and hollow components such as pipes, tubes, bushings, bearings, rings and sleeves. These components often require high strength, wear resistance and precision.

Q: Why is centrifugal casting particularly suitable for titanium?

Titanium places high demands on the manufacturing process, and centrifugal casting is particularly suitable as it produces a dense and homogeneous structure with minimal defects. The process optimises the mechanical properties of the material, which is crucial in applications where strength, safety and durability are critical.

Advanced components for the marine, defence and pharmaceutical industries

GDA Sverige AB can now offer centrifugal casting of titanium for demanding environments and applications in the marine, defence and pharmaceutical industries.

We deliver high precision, extreme corrosion resistance and long life - a technological option that brings clear benefits to your systems.

Technology and materials:

Titanium is a material with excellent properties for demanding applications: high strength-to-weight ratio, very good corrosion resistance (especially to seawater and aggressive chemicals), and the ability to create complex shapes and thin walls. Titanium moulded components are produced by centripetal/centrifugal casting and vacuum processes to ensure homogeneous metallurgy and top performance.

We offer advanced casting technologies and validated processes that include:

Centrifugal/centripetal casting in titanium
Sand and lost-wax / investment casting processes
Vacuum heat treatment and HIP (Hot Isostatic Pressing)
Non-destructive testing (NDT: FPI, X-ray) and dimensional control (CMM, 3D scanning)
Through these processes, we ensure that each component fulfils high standards of structural integrity and durability.

Industry-specific benefits:

Marine & offshore

In marine environments, components face aggressive seawater conditions, high pressures and corrosive media. By using cast titanium components, you reduce corrosion maintenance, extend operating intervals and achieve a lower total lifecycle cost.

Marine systems that switch to titanium castings can significantly reduce life-cycle costs compared to duplex or resin-coated steels.
Examples of components: pump casing, valves, heat exchanger details, submersible systems, impellers.

Defence and aerospace industry

It requires materials that are both lightweight and extremely robust. Titanium offers a high strength-to-weight ratio, excellent fatigue strength and corrosion resistance - ideal for critical structures and fluid-borne systems on board military platforms. Our casting process allows us to deliver fully approved components to defence industry requirements.

Find out more about our services for the defence industry here.

Pharmaceutical and medical device industry

Pharmaceutical process equipment requires hygienic materials, resistance to aggressive chemicals and minimal risk of corrosion and contamination. Cast titanium components are ideal for pump and valve housings, hygienic flow components and clean room environments, where both material selection and manufacturing traceability are important.

Our offer & why choose us

Knowledge & experience: We have solid expertise in precision manufacturing for demanding industrial environments (marine, defence, pharma).
Scalability & flexibility: We produce prototypes and series designs - from small details to large components with comprehensive documentation.
Traceability & qualityISO 9001/EN 9100 and NDT documentation is available. We deliver according to your requirements for verification, process reporting and life cycle management.
Material benefits: By choosing cast titanium you get: high corrosion resistance (especially against seawater and chemicals), low weight, long life and minimal maintenance.
Competitive advantage: Compared to traditional materials such as duplex steels or coated steels, titanium has a significantly lower total cost of ownership (TCO) due to fewer replacements and less downtime.Naval News)

Contact us at

Contact us today for a free consultation where we work together to review your requirements, explore possible titanium components and determine a solution that optimises your operations and lifecycle costs.

"We help you go from requirements to finished moulding - with documentation, quality assurance and ready-to-deliver components."

FAQ centrifugal casting of titanium

What is centrifugal casting?

Centrifugal casting is a casting method where molten metal is poured into a rapidly rotating mould. Centrifugal force pushes the metal against the walls of the mould, creating a very dense and homogeneous material with few defects.
The method is mainly used for cylindrical and rotationally symmetrical components where high demands are placed on strength and quality.

What are the benefits of titanium?

Titanium is a material with several unique properties that make it particularly attractive in advanced applications:

High strength-to-weight ratio
Very good corrosion resistance
Withstands high temperatures
Biocompatible (also used in medical technology)

This makes titanium an excellent choice for the aerospace, energy and process industries.

The method is mainly used for cylindrical and rotationally symmetrical components where high demands are placed on strength and quality.

What are the advantages of centrifugal casting compared to other casting methods?

Centrifugal casting offers several technical advantages:

High material density and minimised porosity
Pollutants are pushed away from the critical surface
Improved mechanical properties
Uniform wall thickness and good dimensional accuracy

This results in high quality and long-lasting components.

What types of components are produced by centrifugal casting?

The method is mainly used for cylindrical and hollow components, for example:

Tubes and pipes
Bushings and bearings
Rings and sleeves

These components often require high strength, wear resistance and precision.

Why is centrifugal casting particularly suitable for titanium?

Titanium is an advanced material that places high demands on the manufacturing process. Centrifugal casting is particularly suitable because:

The process produces a dense and homogeneous structure
Minimising the risk of defects
Mechanical properties of the material are optimised

This is crucial in applications where safety, strength and durability are critical.