Advanced Composites
We specialize in the design, simulation, and fabrication of high-performance composite structures for aerospace, defense, and advanced mobility platforms. Our composites are engineered to thrive in extreme environments — from hypersonic atmospheric flight to vacuum-exposed space operations.
- Material Expertise:
- Carbon fiber (UD, woven, braided)
- Aramid fibers (Kevlar®) for impact resistance
- Hybrid systems and nano-reinforced resins (CNTs, graphene)
- Manufacturing Techniques:
- Vacuum bagging, autoclave, and out-of-autoclave (OOA)
- RTM, VARI, and filament winding for cylindrical structures
- Structural Applications:
- Airframes, fuselage panels, and UAV trusses
- Reentry heat shields and TPS nosecones
- Cryo tanks and high-stress domes
- Thermal & Environmental Resistance:
- Ablative and high-temp composites for hot engine zones
- Validated for cryogenic, vacuum, and oxidizing environments
- Design & Simulation Capabilities:
- FEA, ply optimization, fatigue and impact analysis
- Coupled CFD-aeroelastic and thermostructural modeling
- NDT & Validation:
- Ultrasonic C-scan, thermography, and microstructure inspection
- Mechanical tests: tensile, compression, interlaminar shear
- Sustainability & Scalability:
- Bio-based resins and recyclable composite materials
- Scalable tooling for prototype to full-scale fabrication
- Systems Integration:
- EMI shielding and embedded sensors for smart structures
- Metal-composite co-curing and hybrid bonding
Our Promise: Whether it's for launch vehicle fuselages, TPS for reentry, or satellite structures, our composites deliver precision, durability, and performance that empower the next generation of aerospace systems.