1000-1800℃Carbon-Carbon & Carbon-Ceramic CVD Furnace - Cxinduction

1000-1800℃ Carbon-Carbon & Carbon-Ceramic CVD Furnace

CVD solutions for carbon-carbon and carbon-ceramic composites.

Process: Chemical vapor deposition
Heating: Graphite resistance
Configuration: Chamber, temperature and gas system tailored to your process

Share your preform, dimensions and deposition requirements.

CVD for Carbon Composites

Graphite resistance heating and controlled precursor-gas flow for C/C and C/SiC composite processing. Operating temperature, gas chemistry and preform compatibility require process review.

Applications

  • Brake discs, rocket nozzles and thermal protection components
  • Hot-press molds and semiconductor fixtures
  • Energy-system components and thermal-management materials

Configuration

  • Multi-zone heating, mass flow controllers and PLC monitoring of temperature, pressure and gas flow
  • C/C or graphite-felt insulation; anti-pollution vacuum pumping
  • Listed adjustable heating rate: 1–20°C/min, subject to configuration

Listed chamber options

CX-CVD100/CC1: Φ1000 × 1500 mm · 1177 L listed
CX-CVD100/CC2: 1000 × 1000 × 1500 mm · 1500 L listed

Listed process parameters

  • Maximum design temperature: 2000°C; working temperature to be confirmed for the process
  • Process vacuum: 1–100 Pa
  • Atmosphere: carbon-containing and hydrogen gases, selected for the deposition chemistry
  • Automatic and manual control; Shimaden FP93 temperature controller
  • Rated power: customized

Pre/post-treatment atmosphere and vacuum configuration are specified separately. Discuss post-deposition graphitization objectives and validate thermal and mechanical properties for your material.

Request a process configuration

Send preform material, dimensions, batch load, precursor chemistry and deposition targets.

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