Sustainability is not only about how materials are produced; it is also about how long components last, how efficiently they perform, and how reliably they operate in harsh conditions. Advanced ceramics are increasingly used where metals or polymers reach their limits, because they combine durability with thermal, optical or electrochemical functionality.
Technical ceramics are increasingly selected when applications require:
- Enhanced mechanical resistance, thanks to the intrinsic strength of ceramics
- Stable performance at very high temperatures, even in severe operating conditions
- Lighter than some metallic solutions, which can help reduce overall system weight
- Strong resistance to corrosion and oxidation, making them suitable for chemically aggressive environments
- Remarkable optical properties, whether in diffusion for non-opaque ceramics or in transmission for transparent ceramics
In practice, that means enabling lighter aerospace parts, longer-lasting LED systems and battery components engineered for greater stability and safety. Let us explore these farsighted applications in which our products play a role.
Why are Ceramic Matrix Composites key materials for aerospace??
Ceramic Matrix Composites (CMCs) combine a ceramic matrix with ceramic fibre reinforcement to deliver a rare combination of low weight, high-temperature capability and mechanical reliability. Compared with conventional metallic solutions used in severe aerospace environments, they can support higher operating temperatures while helping reduce component weight. This is why CMCs are considered a key material platform for next-generation aerospace systems, where improved efficiency and lower emissions are major targets.
CMCs also contribute to more sustainable aviation by helping reduce fuel consumption through lightweighting and improved thermal performance. Their ability to withstand extreme thermal and mechanical stress makes them particularly relevant for demanding engine environments and other high-temperature applications.
👉 Our role: Baikowski develops high-purity oxide raw materials for Ox/Ox CMC applications, including solutions engineered to support sintering efficiency while maintaining excellent mechanical properties. This approach can help reduce processing energy demand and cycle time while contributing to the final performance of the composite.
Why are Ceramic Matrix Composites revolutionary materials?
This material features a ceramic matrix reinforced with integrated ceramic fibers, providing superior resistance to extreme conditions (thermal and mechanical stress) compared to previous aerospace technologies. Therefore, the jet engines can run at much higher temperatures and operate more efficiently.
Moreover, the CMCs enabled to significantly lighten the components, due to their intrinsic composition. That is why the CMC technology contributes to reduce both the fuel consumption and the greenhouse gas emissions of air traffic.
👉 Our role: low-temperature-sintering raw materials that keep excellent mechanical properties, reducing energy use and cycle time.
Learn more in our Ox/Ox CMC White paper
Why do high-power LEDs need ceramic converters, and what are the main markets?
A ceramic convertor is necessary to process the native blue light into a more eye-friendly light. Thanks to its outstanding mechanical properties, the LED technology offers very low energy consumption, minimal heat generation, and a long lifespan compared to most other lighting technologies. Its effectiveness is widely recognized, that’s why :
- The light-emitting diode (LED) have been supplanting the conventional lighting .
- Since 2020, most high-end cars have been equipped with efficient main-beam LED headlamps.
👉 Baikowski’s YAGs and LuAGs are engineered to target maximal quantum efficiency through high sintering reactivity and a highly homogenous distribution of activators within the crystal lattice.
Learn more about light conversion
How our materials make Batteries safer and longer-lasting?
The proliferation of connected objects (IoT) and electric vehicles has created an urgent demand for Batteries that are safer, more powerful, and significantly more durable in a compact form factor.
This quest for maximum efficiency requires researchers to look beyond conventional materials. Fine oxides are at the heart of this innovation, providing the chemical and structural stability needed to boost performance, improve charging cycles, and extend the lifespan of modern batteries.
Discover our battery solutions White Paper
As Baikowski offers a wide range of products to serve the upper part of the value chain, it is obvious that the applications are extremely diversified. The aforesaid applications are only a sample of what can be done!
We keep promoting the co-development of tailor-made products and thus take part in the creation of the sustainable technologies of tomorrow.