▎ 摘　　要

NOVELTY - The method involves pre-processing silicon carbonate ceramic particles. Nickel is chemically plated on pre-treated ceramic particles. Silicon carbon ceramic particles are mixed after chemical nickel plating with iron powder and graphene to obtain mixed powder. The silicon carbon ceramics particles are mixed after the chemical nickel plating with the iron powder to re-obtain mixed powder. Mixed powder is paved in a mold. The paved mold is pre-pressed. Current auxiliary sintering is performed for a pre-treated mold to obtain a composite wear-resistant material. Grinding and cleaning are performed on the complex wear-resistant material to obtain a layered-grade silicon carbonated ceramic-reinforced iron-containing wear-proof material. USE - Method for preparing a layered gradient silicon carbide ceramic reinforced iron-based wear-resistant material. ADVANTAGE - The method enables improving layered iron-based wear-resistant material with optimal hardness and wear resistance, and wetability between the ceramic particles and a metal substrate, and ensuring high interface bonding quality, and wear-resisting property and hardness of a material surface, and maintaining toughness and plasticity of an inner portion of the material and proloning service life of the material. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a layered gradient silicon carbide ceramic reinforced iron-based wear-resistant material. (Drawing includes non-English language text).