Alloy and Process Design
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Space

We provide advanced casting, alloy development and process simulation solutions for critical aerospace components.

Defense

We carry out high strength and light alloy designs for ballistic protection systems, armor solutions, and critical defense components.

Aviation

We provide alloy development, raw material supply and project services for service conditions for aviation engines and structural parts.

Energy

We are working on high temperature resistance and oxidation resistance for turbines, generators and power transmission equipment.

Automotive

We offer development of new generation alloys, optimization of energy systems and engineering services with developing technology.

Mining

We provide wear-resistant coatings, development of materials, creation of composite structures and engineering services.

Production

We provide technical support and training in casting, shaping, heat treatment, welding, powder production, additive manufacturing process design and optimization processes.

Our Projects

2025

Eureka Lightweighting Call

It is the development of new generation aluminum alloys with high specific strength, lightweight and recyclable for civil aviation, space and automotive sectors. Our project scientifically optimizes alloy design with computational material engineering technologies; provides powder production with ultrasonic atomization method; includes production and characterization processes with selective laser melting. We develop innovative, value-added and high-performance solutions that provide competitive advantage in domestic and international markets with advanced engineering, R&D and P&D power.

2024

Tübitak 3501

Among aluminum alloys, Al-Si-Mg/Cu alloys have a significant share and importance. This alloy group is produced by casting, plastic forming and heat treatment processes and its use in additive manufacturing technologies has been increasing in recent years. Within the scope of the project presented by ALUTEAM, it is aimed to develop candidate and alternative alloys for use in additive manufacturing technology by providing consultancy activities. Er, Nb and Ag additions to Al-Si-Mg/Cu alloy will be studied as development metals. After the alloys are developed, they will be produced in a laboratory environment and their material properties will be characterized.

2024

Tübitak 1507

Our company has successfully completed the "Development, Production and Characterization of Refractory Alloy Element Additive High Entropy Alloy" project within the scope of TUBITAK 1507 - SME R&D START PROGRAM. The project aims to meet the need for high strength alloys for high temperature engineering materials for turbine engines, from aviation engine components, and to develop candidate and alternative refractory alloy element added high entropy alloys for the currently used nickel-based super alloys. The project, which has completed Phase-1 by examining the refractory alloy element contribution to the NiCrCo based alloy, also aims to develop additive manufacturing applications.