Industry

Power & Electronics

Canopy A&D delivers advanced ceramics that power the future of electronics and energy. Our engineered ceramic materials combine unmatched thermal conductivity with electrical insulation. Built to perform in the world’s harshest environments, our solutions keep semiconductors cooler, power electronics more efficient, and critical energy systems more reliable — driving innovation from high-frequency RF to nuclear, solar, and directed energy applications.

Applications

Directed Energy

Cold plates with complex cooling channels, high thermal conductivity, and high electrical resistivity, used in applications such as laser diodes and power converters.

Thermal Management Systems

Combine high thermal conductivity with complete design freedom for maximum efficiency.

Semiconductor Processing Equipment

Advanced ceramic components that deliver exceptional thermal, chemical, and electrical performance for next-generation semiconductor processing equipment.

High Power Density Electrical Insulators

Complex 3D printed components with excellent electrical properties and exceptional design freedom

Heat Exchangers and Cold Plates

Combine high thermal conductivity with complete design freedom for maximum efficiency.

Relevant Core Offerings

Custom Materials Development Partnerships and Collaborative R&D

Canopy A&D specializes in tailored inovation in technical ceramics for aerospace, defense, and Energy. At Canopy, we offer specialized contract R&D and material development services centered around ceramic materials.

Ceramics for Power Electronics

Canopy A&D designs and manufactures high-performance technical ceramics specifically engineered for demanding power electronics applications in aerospace, defense, and advanced propulsion systems. Our ceramic solutions excel in environments requiring superior electrical insulation, thermal management, and mechanical stability under extreme conditions.

Ceramic 3D Printing

Canopy A&D develops mission-critical ceramic components using cutting-edge additive manufacturing. Our solutions outperform metals in high-temperature or chemically extreme environments, and our ability to 3D print complex structures allows us to produce components that are tailored specifically for each application.