Graphite Bracket: A structural support component made from high-purity graphite through precision machining, with a pyrolytic graphite (PG) coating deposited on the surface. It features excellent high-temperature resistance, high mechanical strength, and good thermal conductivity, along with strong chemical stability. The surface can be customized into flat or complex geometries according to application requirements. It is suitable for high-temperature, vacuum, or inert-atmosphere conditions, offering stable mechanical support with low impurity release.
Annealing Process:
Used for high-temperature heat treatment of wafers to relieve internal stress, improve crystal structure, and enhance both electrical and mechanical properties.
High-Temperature Process Support:
Used as a support fixture in semiconductor wafer annealing, ceramic sintering, and metal melting processes. It provides stable support for workpieces and promotes uniform heat distribution, preventing contamination caused by direct contact between the workpiece and processing equipment.
Crystal Growth Support:
Used in crystal growth systems as a seed crystal holder or melt-guiding support structure. Its excellent high-temperature resistance makes it well suited for crystal growth environments, helping ensure growth accuracy and process stability.
Research & Laboratory Applications:
Used as a sample holder or fixture support in high-temperature material testing and vapor-phase reaction experiments. Designed to withstand demanding experimental conditions, it helps maintain stable and reliable test performance.
