FOX Composites produces ceramic fiber-reinforced matrix composites (CMCs) that combine high‑temperature performance with improved toughness, enabling lighter, more energy‑efficient components for aerospace, automotive, and industrial applications.
Funding
Funding not disclosed
Founders
Product
Problem
Many high‑temperature applications in aerospace, automotive, and industrial sectors rely on heavy metal components or brittle ceramic parts, limiting energy efficiency and design flexibility. Existing ceramic matrix composites (CMCs) are difficult to produce at scale because manufacturing processes are not robust or easily automatable, keeping costs high and adoption low.
Solution
FOX Composites supplies ceramic fiber‑reinforced matrix composites that deliver high‑temperature performance with enhanced toughness, enabling lighter and more energy‑efficient components. The company’s proprietary slurry‑infusion methods, VASI® and IFOX®, provide a reproducible, scalable manufacturing route that mitigates the brittleness of traditional ceramics and reduces production complexity. These processes allow automated, high‑volume fabrication of CMC parts suitable for commercial use. By delivering material solutions that combine thermal resistance, mechanical strength, and reduced weight, FOX Composites helps manufacturers replace heavier metals and fragile ceramics in demanding environments.
Target Audience
Primary customers are OEMs and component manufacturers in aerospace, automotive, and industrial sectors seeking lightweight, high‑temperature materials for engines, turbines, and heat‑exposed structures.
Features
- Ceramic fiber‑reinforced matrix composites with superior high‑temperature capability and improved fracture toughness
- VASI® slurry‑infusion technology enabling uniform fiber wetting and low‑defect part fabrication
- IFOX® process offering rapid, automatable production of complex CMC geometries
- Scalable manufacturing workflow compatible with existing composite production lines
- Material packages tailored for aerospace, automotive, and high‑temperature industrial applications