Short Fiber CFC Plate
Max Graphite supplies short fiber CFC plate — also specified as random fiber or chopped fiber CFC plate — to engineers and procurement teams operating in the semiconductor, advanced materials processing, and energy industries and broader high-temperature process industries, where in-plane isotropy and consistent structural performance through repeated thermal cycling are direct process variables. We supply this material across multiple grades, thickness ranges, and planar dimensions, with cut-to-size and machined-to-drawing capability from a single source. From qualification quantities through sustained production volume, our supply infrastructure is structured to support the full procurement lifecycle without source changes.
Structural Integrity Where Thermal Cycling Is the Load Case
Short fiber CFC plate is specified in vacuum furnaces, sintering environments, hot-pressing operations, and semiconductor thermal processing wherever a structural or load-bearing component must maintain dimensional stability through repeated high-temperature excursions. The random fiber architecture produces in-plane isotropy that makes this grade particularly suited to fixtures, carrier trays, support shelves, and tooling plates where predictable performance independent of load direction is a specification requirement. Max Graphite supplies this material in standard and custom geometries, with close-tolerance machining available across our manufacturing network.
- Grade selection across performance envelopes: Multiple chopped fiber CFC grades available to match structural load requirements, density targets, and thermal performance criteria for a range of process environments and qualification standards.
- Custom dimensions and machined features: Cut-to-size plate and fully machined components supplied to customer drawings, including close-tolerance edges, drilled holes, and tapped features for fixture and tooling applications.
- Consistent in-plane isotropy: Random fiber orientation delivers uniform in-plane mechanical properties — critical for components loaded in multiple directions or exposed to asymmetric thermal gradients across a cycle.
- Volume-flexible supply: Single-source capability from prototype through production procurement, supporting qualification programs and sustained operational demand without supplier transitions.
- Surface condition to specification: Machined surface finishes available to customer-defined requirements, including as-machined and further processed conditions where assembly fit or contamination control demands it.
