Ceit is taking part in the IRATI project to develop next-generation materials resistant to extreme temperatures

Ceit is fostering safer, more resistant and more efficient solutions for applications subjected to high temperatures, using its own technologies and advanced manufacturing.

The development of increasingly demanding technologies, ranging from aeronautical engines to advanced energy systems, requires materials capable of withstanding extreme temperatures without losing their properties. To meet this challenge, Ceit is taking part in the IRATI project (Innovation in Materials for Advanced Applications at High Temperature and with Dual Functionality), a national initiative committed to developing next-generation materials designed to operate under extreme conditions.

The project, funded with €5.4 million by the CDTI within the framework of the Cervera 2025 programme, brings together the technology centres Aidimme, Lortek, Idonial, Leitat, Lurederra and Ceit, with the aim of developing advanced materials to enhance the performance, safety and durability of key components in strategic sectors.

More resistant materials for a more demanding future

IRATI focuses on the development of metallic superalloys, coatings and nanomaterials capable of withstanding very high temperatures and extreme operating conditions. These materials are expected to play a key role in applications such as propulsion systems, structures subjected to high thermal loads, and technologies operating in highly demanding environments.

The project covers the entire process, from material design to prototype manufacturing, enabling scientific advances to be transferred to industry more rapidly and effectively. In addition, the results are expected to have a direct impact on more than one hundred companies in Spain.

Ceit: innovation in advanced manufacturing and high-performance materials

Ceit plays a prominent role in IRATI thanks to the participation of four of its research groups in materials and manufacturing. Its contribution focuses on the development and processing of materials capable of maintaining their performance even under high-temperature conditions.

One of the main pillars of Ceit's work is the development of nickel-based superalloys and copper alloys, both ODS alloys reinforced through the incorporation of nanoparticles that improve their resistance. To this end, the centre applies its own patented technology, which enables these nanoparticles to be uniformly dispersed within the material, increasing its durability and performance under heat.

In addition, Ceit is working on advanced manufacturing technologies such as metal 3D printing (PBF-LB and Binder Jetting), as well as hot isostatic pressing (HIP) of powders under high pressure and temperature, and post-processing techniques that optimise the final properties of the materials. Among these developments, the use of high-precision lasers stands out, enabling the creation of micro-cooling holes that are essential in components operating at high temperatures.

Technology transfer, training and talent attraction

Beyond research, IRATI has a strong focus on technology transfer. The aim is for the advances achieved to reach industry, and the project is expected to have a direct impact on 126 companies, covering sectors ranging from metal production and component manufacturing to industrial maintenance and surface treatment.

The project also includes training and talent attraction activities, which are essential to continue driving innovation in the field of advanced materials.