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High-tech solutions for any requirements

High-temperature Toll Processing

Our experience in carbon composites and specialized equipment can support your development requirements; we welcome the opportunity to discuss how CCI can support you.

Vacuum Resistance Furnaces

Our vacuum resistance furnaces are specially designed for applications with vacuum requirements and high-temperature, controlled atmosphere processes.

Graphite Resistance Furnaces

Our graphite resistance furnaces offer graphite-based insulation material, heating element and retort material to achieve extremely high temperatures.

High-temperature Toll Processing

If you have any special development requirements, or just need to cover a bottleneck in capacity, we would welcome the opportunity to discuss how CCI can support you.

Because we specialize in the manufacture of Carbon/Carbon Composites and high temperature Graphite Insulation, our furnaces are well suited to process these types of materials.

We welcome customer visits to view our uniquely designed furnace hot zones.

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Vacuum Resistance Furnace

The working hot zone size for this bottom loading furnace is 63″ ID by 124″ tall. It has a maximum operating temperature of 2,000 °C and a minimum vacuum level of 20 microns. Vacuum is achieved using a single-stage rotary piston pump combined with a 2,700 CFM mechanical booster (10″ inlet).

The graphite insulation is entirely shielded by a Carbon/Carbon (C/C) cylindrical liner, top and bottom C/C disks, and C/C electrode and vacuum port penetration protectors.

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Graphite Resistance Furnace

Commissioned in June of 2005, this inert atmosphere furnace was designed and built in-house with a working payload space of 93″ wide x 120″ deep x 158″ high and has a maximum operating temperature of 2,200 °C. The graphite hot zone features Composite Rigid Board Insulation, C/C Fixtures and Heat Shields, which were all manufactured by Carbon Composites, Inc.

The insulation is a multi-layer composite/foil-faced rigidized carbon felt supported within the hot zone by a thermally expanding Carbon/Carbon
I-beam cage. All penetrations include C/C protective liners. The door shiplap areas are covered by foil-encapsulated C/C stepped “U” channels.

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