What advantages do P2SI Hybrid Reinforcements provide?
Composite materials made with P2SI hybrid reinforcements offer significant mechanical (interlaminar), electrical, and thermal property increases in composite structures without upsetting the current composite manufacturing infrastructure. Unlike traditional methods for incorporating carbon nanotubes into composites, P2SI hybrid reinforcements contain carbon nanotubes that are attached to the fiber surface, leaving the resin viscosity unchanged, and allowing for standard prepreg and composite cure processes to be utilized at very high carbon nanotube loading levels. Additionally, P2SI hybrid reinforcements handle and process the same as standard composite fibers, textiles, and prepregs.
How can P2SI Hybrid Reinforcements be used?
P2SI hybrid reinforcements are suitable for all composite material applications, specifically in applications where enhancements in composite interlaminar, electrical, and/or thermal properties are critical. Potential applications include lightning strike protection for aircraft, thermal management, aircraft de-icing, and high interlaminar strength polymer and ceramic matrix composites.
In what forms are P2SI Hybrid Reinforcements available?
P2SI hybrid reinforcements are available as continuous fiber spools or prepreg (unidirectional tape or fabric) with any P2SI resin system. Custom orders are available in order to target specific composite thermal and electrical properties. This technology is available for licensing. Please contact P2SI for additional information on our technology.
