Silicon carbide epitaxy equipment belongs to the field of semiconductor equipment and occupies a key upstream link in the third-generation semiconductor industry chain. Our silicon carbide epitaxy equipment adopts independent innovative structural design, and is compatible with 6-inch and 4-inch epitaxial wafer growth. It is the first completely independent and innovative silicon carbide epitaxy equipment in China with excellent process indicators, low cost of consumables and low maintenance frequency. .
(1) MOCVD equipment: MOCVD equipment for controllable and batch preparation of new two-dimensional materials
(2) CVD equipment: According to the specific needs put forward by customers, tailor-made CVD equipment is mainly used to synthesize two-dimensional materials such as graphene, TMD, and nanomaterials required for scientific research.
(3) Other semiconductor equipment technologies mastered by the company's R&D team can be used in ALD, PECVD, MOCVD and etching equipment of various materials.
China's open roll-to-roll chemical vapor deposition equipment can continuously prepare large-area graphene thin film materials on a large scale for 24 hours, improving preparation efficiency and reducing production costs.
Integration*: Copper foil cleaning and polishing -> pretreatment -> graphene growth -> graphene transfer -> graphene device preparation, etc. are integrated into one production line, reducing intermediate links
Clean and polish the purchased coil copper foil to provide raw copper foil that can grow high-quality graphene; transfer the produced graphene from copper foil to PET to provide transfer graphene that meets customer needs.
The CVD graphene prepared by our company is a high-quality, single-layer and continuous thin-film material grown on the copper foil medium under the condition of lower than the lowest explosion limit of hydrogen and methane. CVD graphene materials have been industrialized in batches, including transparent conductive films, transparent heating films, photoelectric sensors, transparent generating films, and flexible heating wearable devices.