Aerospace Graphite, Felt & C-C Composites

Aerospace systems operate at extremes — temperatures exceeding 2 000 °C (3 632 °F) in processing environments, rapid thermal cycling during service, and sustained mechanical loads at altitude. Carbon-based materials are among the few that maintain structural integrity under these conditions, which is why graphite and carbon-carbon composites have been integral to aerospace design and manufacturing for decades.

From aircraft brake systems to the high-temperature furnaces used to process aerospace superalloys, isostatic graphite, carbon felt, and C-C composites serve in both flight-critical hardware and the manufacturing infrastructure behind it. These materials combine low density, thermal stability, and dimensional consistency — properties that solve problems where metals and ceramics reach their limits.

Max Graphite supplies standard and custom graphite, carbon felt, and C-C composite components for aerospace OEMs, Tier 1 suppliers, and MRO operations. We machine to drawing and deliver to the tolerances this industry requires.

Applications

  • Aircraft brake discs — C-C composite discs offering high friction stability and low weight for commercial landing gear systems
  • Hot-pressing and sintering tooling — isostatic graphite dies, punches, and fixtures for processing aerospace superalloys and titanium
  • Furnace insulation — rigid and soft carbon felt panels for vacuum and inert-atmosphere heat treatment of aerospace alloys and composites
  • Heating elements and susceptors — graphite components used in CVD, CVI, and diffusion bonding processes for aerospace part production
  • Seals, bearings, and vane components — isostatic graphite parts for turbine auxiliary systems, fuel pumps, and pneumatic actuators
  • Thermal management structures — C-C composite panels and graphite elements used in high-temperature zones of engine test rigs and thermal processing equipment
  • High-temperature gaskets — graphite foil sealing materials for flange joints and exhaust assemblies in airframe and engine systems
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Isostatic Graphite

Thanks to its isotropic properties and outstanding performance under extreme conditions, isostatic graphite is the material of choice in many high-tech industries.
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Carbon Carbon Composite

Carbon Fiber-Reinforced Carbon combines structural performance, thermal stability, and chemical inertness in ways that define it as the enabling material across several high-technology industries.
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Graphite Soft Felt

Graphite soft felt is the material of choice for critical insulation and sealing in extreme environments.
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Graphite Rigid Felt

Our rigid felts are designed for critical thermal management in advanced manufacturing.
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Graphite Foil

Graphite foil solves complex engineering challenges in demanding environments where flexibility, temperature resistance, and chemical stability are critical.

Why Max Graphite?

Max Graphite provides aerospace customers a single source for graphite, carbon felt, and C-C composite materials — from standard mill stock to fully machined components produced to customer drawings. Our materials are manufactured to quality benchmarks aligned with the expectations of aerospace OEMs and their supply chains. Engineering support is available from initial inquiry through delivery, and our team works with customers to match the right grade, form, and tolerance to each application.

Ready to source graphite, carbon felt, or C-C composites for your aerospace program? Request a quote or send us your drawing — our team will review your requirements and respond with a proposal.