▎ 摘　　要

NOVELTY - Preparing high-strength, high-conductivity and wear-resistant aluminum-based composite material involves preparing material, drying raw materials of graphene, aluminum flux, aluminum block, silicon block, silver block and magnesium block in a drying box to remove moisture, mixing the graphene and aluminum flux in the mixer. The aluminum block and the silicon block are melted at a temperature of 700-800 degrees C to obtain a molten material, added silver and magnesium lumps to the molten material, stirred and dispersed for a period of time, refined and removed slag on the melt, passed in inert gas for protection afterwards, cooled down to 650-680 degrees C, added the mixture of graphene and aluminum flux, and stirred for 5-10 minutes. The slag scraping is performed again, and then a refined solution is obtained, catsed the refined refining solution and cooled to room temperature in air to obtain product. USE - Method for preparing high-strength, high-conductivity and wear-resistant aluminum-based composite material. ADVANTAGE - The method enables to prepare high-strength, high-conductivity and wear-resistant aluminum-based composite material has high yield and excellent product performance, improves the problem of poor wettability of graphene and aluminum liquid, in simple and cost-effective manner.