Nano-Modified Aerospace Composites Have Improved Conductivity
Research indicates the potential of a carbon fiber reinforced plastic that is made multifunctional while still maintaining its structural integrity. Novel functionality including sensors, energy harvesting, lighting, and communication antennae can now be integrated into the structure of the composite to usher in a new era in composite technology.
In the future, carbon nanotube modified carbon fiber composites could lead to exciting possibilities such as energy harvesting and storage structures with self-healing capabilities. The material utilizes high-quality carbon nanotubes grown at a high density to allow electrical transport throughout the composite material.
Top Stories
INSIDERAerospace
New Clean Planet Facility Converts Waste Plastic to Sustainable Aviation Fuel
INSIDERAerospace
Researchers Discover Material That Conducts Heat Better Than Copper
NewsManufacturing & Prototyping
Engineering Better Reusable Bulk Containers for the Automotive Industry
INSIDERAerospace
New Study Finds Lean-Burn Engines Don’t Reduce Aircraft Contrail Formation
NewsManned Systems
Downstream Take on Electric Construction Vehicles
NewsEnergy
Webcasts
Software
Virtual. Physical. Connected: How Smart Testing Is Changing...
Automotive
Battery Manufacturing & Simulation Summit 2026
Automotive
Virtual Screening of Materials for Increased Battery Performance
Software
Scaling SDV Development with Virtualization
Electronics & Computers
High-Speed Connectivity for Next Generation Aerospace & Defense...
Automotive
Electronics Digital Twins: From Concept to Scalable Platform



