Products > High Temperature Composites > PSC-10

PSC-10

Baseline C/SiC CMCs with service temps up to 3000°F

Capability Description:

PSC-10 is PSI’s baseline C/SiC CMC. We begin with aerospace-grade carbon fiber pre-preg that is laminated and cured in-house to fabricate our CMC components. The cured organic preforms are then burned out and ceramatized to form the SiC matrix. These C/SiC composites have service temperatures up to 3000°F. The PSC-10 system is compatible with the UHT-21 system and can be produced in multiple product forms including our pre-preg braiding, direct z-pin insertion, and as flexible TPS sheets.

PSC-10 CERAMIC COMPOSITES

Aero-shell Glide bodies fabricated from PSI’s PSC-10 ceramic composites

 

Key Features:

  • Carbon fiber-reinforced SiC Matrix Composite
  • Service temperatures up to 3000°F
  • Tensile Strengths of 35 KSI (for quasi-isotropic ± 45° Layups)
  • Compatible with UHT-21 as a Hybrid System, as well as production via Pre-preg Braiding, Z-pinning, and as a Flexible TPS.
  • Production of PSC-10 components in PSI’s Wilmington facilities can have fabrication timelines as short as 8 weeks from start to finish.

 

PSI Products

High Temperature Composites

PSC-10

PSC-10

Baseline C/SiC CMCs with service temps up to 3000°F

UHT-21

UHT-21

Refractory-modified C/SiC CMCs with service temps up to 5000°F

Hybrid Composite Systems

Hybrid Composite Systems

Co-fabrication of PSC-10 and UHT-21 to save weight and cost without loss of performance.

Castable, Chopped Fiber Composites

Castable, Chopped Fiber Composites

Low-cost, castable C/SiC alternative to our laminated composites

Pre-preg Braiding of Organic Composites

Pre-preg Braiding of Organic Composites

Rapid fabrication of organic preforms via braiding of woven pre-preg tapes

Direct Z-pin Insertion

Direct Z-pin Insertion

Z-directional reinforcement of laminated composites without loss of properties in x-y plane

Flexible Thermal Protection Systems

Flexible Thermal Protection Systems

Thin, stackable CMC sheets with bend radii as small as 3.5”

Chemical Vapor Deposition

Chemical Vapor Deposition

Coating application to fibers and fabrics