High-temperature resistant composite material

High-temperature-resistant composite, comprises a carbonized binder containing planar anisotropic graphite particles and at least two layers, each formed of a material such as high-temperature-resistant carbon-based materials and high-temperature-resistant graphite-based materials, joined to one another by the carbonized binder. Independent claims are included for: (1) a process for joining two items such as layers and components and formed from the materials comprising applying the carbonizable binder having planar anisotropic graphite particles to a surface of a first item to be joined to a second item resulting in a binder-coated surface, applying the second item onto the binder-coated surface of the first item, curing the carbonizable binder, and performing at least one of carbonization and graphitization of the carbonizable binder; and (2) a composite component comprising an apparatus such as heat shields, thermal insulations, furnace internals, and high-temperature resistant parts, where the apparatus formed of the high-temperature-resistant composite. Die Erfindung betrifft hochtemperaturbeständige Verbundwerkstoffe, welche mindestens zwei Schichten aus hochtemperaturbeständigen kohlenstoff- oder graphitbasierenden Konsbruktionswerkstoffen umfassen. Die schichten sind durch einen carbonisierten Binder miteinander verbunden, der flächige anisotrope Partikel aus Graphit enthält.