PADDEN DESIGN ENGINEERING Advanced Composite-Metal Hybrid Design for Aerospace
Structural Component Design for Advanced Vehicle Systems
Critical propulsion and mechanical system components have traditionally been made only from high performance alloys which carry a huge weight and cost penalty.
Our Composite-Metal Hybrid (CMH) technology greatly reduces this penalty with a combination of high-modulus fiber-reinforced polymers and the robust bearing strength of high-performance alloys.
The result is a synergistic composite-metal hybrid that is superior in weight and performance to its homogeneous material counterpart.
Structural Component Design for Advanced Vehicle Systems
Critical propulsion and mechanical system components have traditionally been made only from high performance alloys which carry a huge weight and cost penalty.
Our Composite-Metal Hybrid (CMH) technology greatly reduces this penalty with a combination of high-modulus fiber-reinforced polymers and the robust bearing strength of high-performance alloys.
The result is a synergistic composite-metal hybrid that is superior in weight and performance to its homogeneous material counterpart.