Cambium announced the launch of ApexShield 3000, a high-temperature phthalonitrile coating engineered for metallic and composite substrates operating in extreme thermal environments.
James GriffinThe coating supports applications from hypersonic flight to EMI and RF shielding for electronics and commercial programs requiring wavelength-tunable performance.
ApexShield 3000 is a sprayable, solvent-based 1-part liquid that cures at temperatures as low as 215°C (419°F) and delivers sustained operational performance up to 315°C (600°F), with short-duration capability up to 427°C (800°F). The system requires no refrigerated storage and is available in quart, gallon, and drum sizes, supporting both prototype development and production-scale programs.
The coating accepts both conductive and non-conductive fillers, enabling engineers to tailor performance characteristics to specific program requirements. Technical data sheet available at cambiumglobal.com.
Cambium's differentiation is not any single class of advanced materials but a unique development approach, offering customers every aspect of molecular discovery, product development, certification and qualification, and rapid scalable manufacturing across the US and Europe, all under one roof.
"ApexShield 3000 gives engineers a practical, high-performance solution for protecting structures that operate in environments where standard coatings fail," says James Griffin, Cambium CTO. "The combination of sprayable application, room-temperature storage, and validated high-temperature performance makes this a deployable tool for defense and aerospace manufacturers working under real production constraints."
ApexShield 3000 builds on Cambium's growing portfolio of phthalonitrile-based materials, including the ApexShield 1000 resin system, which reduced carbon-carbon parts fabrication cycles by 70-80% for hypersonic applications.
Cambium develops advanced materials for high-performance applications across land, air, sea, and space. This also includes molecular innovation that combines AI-driven molecular design with state-of-the-art chemistry, materials science, and biology.
Visit www.cambiumglobal.com.
