Materion manufactures protective coating materials made of complex boride, carbide, silicide, and nitrides for terrestrial and exoearth technologies. With advancements in airframes and the need for higher speeds, greater altitudes, and multiple re-entries, access to chemicals that support aerospace technologies and applications is critical.
Materion has unmatched chemical expertise, a strong supply chain, and the ability to customize complex materials and characteristics. We work closely with you to develop custom products for thermal protection systems and other aerospace applications. These include jet engine turbines, leading-edge surfaces, and specialty alloy-enhancing additives.
MATERIALS FOR AEROSPACE APPLICATIONS
|
Silicides |
Borides |
Carbides |
Nitrides |
|
Boron Silicide |
Chromium Boride |
Hafnium Carbide |
Hafnium Nitride |
|
Tantalum Silicide |
Hafnium Boride |
Molybdenum Carbide |
Tantalum Nitride |
|
Molybdenum Silicide |
Titanium Boride |
Niobium Carbide |
Titanium Nitride |
|
Chromium Silicide |
Tungsten Boride |
Silicon Carbide |
Zirconium Nitride |
|
Magnesium Silicide |
Zirconium Boride |
Boron Carbide |
And More! |
ITAR-COMPLIANT PARTNER
Finding a reliable, ITAR-compliant supplier to partner on commercial development opportunities in aerospace can prove challenging. Our team of chemists, R&D scientists, and applications engineers allow us to collaborate with customers to explore growth opportunities for scaling materials from research and development to production quantities.
Benefits
- Nearly 60 years experience manufacturing and supplying inorganic chemicals
- Protective coating materials including borides, carbides, silicides, and nitrides
- In-house analytical testing in ISO-17025-accredited laboratories
- Material customization to meet unique and specific customer requirements
- A dedicated team of chemists, engineers, and product specialists
- ITAR-compliant supplier
Applications
- Thermal protection systems
- Jet engine turbines
- Leading edge surfaces
- Specialty alloy enhancing additives
