IDC ABN Materials for Aerospace and Defense Systems
Advanced Materials for Aerospace and Defense
Developed by the scientific and engineering division of IDC ABN
IDC ABN designs and delivers next-generation functional materials for space, aviation, and defense missions. Below is a solution builder for specific tasks.
Base: transition and rare-earth metal compounds with group IV–VI elements (e.g., ZrB₂, HfB₂, etc.).
Operating temperatures: up to 2000–2500 °C.
Applications: thermal protection coatings, hypersonic system elements, rocket nozzles, and guide vanes.
Two- and three-phase systems based on B₄C or AlB₁₂, as well as two-phase AlB₁₂–AlN, etc.
Parameters: 100% density, high fracture toughness and temperature stability at low mass.
Applications: satellite structures, high-heat-load aviation parts, payload fairings, armor panels.
For LEO/MEO satellites, space optics, sensors, electronics.
Thin-film and nano-engineered solutions tailored to the radiation spectrum and dose.
Composites and coatings to reduce radar cross-section (RCS) and protect against EMI/EW.
Applications: radar housings, unmanned and combat AI systems, protected electronics.
Materials detecting microdamage (optical/electrical crack indication).
Applications: predictive maintenance, armor and structural integrity monitoring.
Vacuum-stable, resistant to thermal shock, vibration, and space radiation.
Applications: modular armor, sensor and assembly mounting on aerial and ground platforms.
Compositions for 3D printing of complex parts (SLS, DMLS, Binder Jetting).
Particle size: 100 nm – 5 µm (on request).
Examples: guide vanes, thermal protection elements, sensor housings.
High energy density, wide temperature operating range, radiation resistance.
Mission profile and size/weight customization (details under NDA / on request).
From pilot-scale synthesis to composition adaptation for specific requirements.
Supply volumes: 1 g to 50 kg.
Joint R&D collaboration with customer teams.
- Thermal resistance for hypersonic flight and atmospheric re-entry.
- Minimum mass with maximum strength — critical for satellites and payloads.
- Modularity and scalability: from laboratory to production.
- Test readiness: TRL 5–7.
- Support for pilot batches, tailoring to defense/space R&D specifications.
- Compliance with IP, security, and export control requirements (restricted access mode available).
- Providing technical datasheets, samples, or material selection for your task.
