Silicon Carbide Reinforced Aluminum for Thermal Management
Metal Matrix Composites combine robust mechanical performance with high-temperature compatibility and low density to meet the needs of emerging technologies, such as high voltage DC transmission and hybrid electric powertrains, while outshining monolithic material alternatives.
180
Ideal for heat dissipating structures
<10
Ensuring dimensional stability across a range of temperatures
3
Ideal for projects concerning weight
180
High stiffness materials for robust performance
What Makes Our Metal Matrix Composites Superior
Aluminum Silicon Carbide (AlSiC) Metal Matrix Composites (MMCs) from CPS combine the best properties of various materials, outperforming traditional solutions in various applications
Improved Strength and Stiffness
MMCs combine the best properties of metals & ceramics, allowing for structural performance not observed in monolithic solutions.
Decreased Thermal Expansion
Tailorable, low coefficient of thermal expansion values allow for MMC compatibility in applications with extreme heat, extreme cold, or broad temperature swings.
Lightweight
With a comparable density to aluminum alloys and improved performance characteristics, our MMCs enable our customers to achieve the performance they require with a reduced weight profile.
Review Our Spec Sheet
Want more information on what makes CPS metal matrix composites the best in the world? Check our spec sheet for details.
Contact Our Team
CPS engineers are eager to create the MMC solutions your project needs. Contact us to learn more.
