▎ 摘　　要

NOVELTY - Five-colors and five graphene crystal ceramic functional material comprises 15-40 wt.% red materials, 10-25 wt.% cyan materials, 11-30 wt.% yellow materials, 10-25 wt.% black materials, and 10-20 wt.% white materials and 1-5 wt.% sodium metasilicate. The red material comprises heat storage material, high frequency material and limonite. The cyan material comprises heat storage material, high frequency material and lapis lazuli. The yellow material is made of heat storage material, high frequency material and loess. The black material comprises heat storage material, high frequency material and tourmaline. The white material comprises heat storage material, high frequency material and shell powder. The heat storage material comprises graphene, kaolin, sepiolite and alumina. The high frequency material comprises terahertz powder, vermiculite powder, jade powder, far-infrared powder and germanium powder. USE - The material is useful in porcelain moxibustion bed, blanket, pillow or bag to remove dampness, cold, skin fat and dredging channels and collaterals (claimed). DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for preparing Five-colors and five graphene crystal ceramic functional material comprising (a) preparation of red material by mixing heat storage material, high-frequency material and limonite, grinding to a particle size of 100-500 mesh to powder composition, dissolving sodium metasilicate in water to obtain adhesive, continuously spraying the powder composition to obtain pellets during grinding process, sintering the pellets at 200-500 degrees C to obtain a red granular material, (b) preparation of cyan material by mixing heat storage material, high-frequency material and lapis lazuli, grinding to a particle size of 100-500 mesh to obtain powder composition, dissolving he sodium metasilicate in water to obtain adhesive and continuously spraying the powder composition to obtain pellets during grinding process, sintering the pellets at 200-500 degrees C to obtain cyan granular materials, (c) preparation of yellow material by mixing heat storage material, high-frequency material and loess, grinding to a particle size of 100-500 mesh to obtain a powder composition, dissolving sodium metasilicate in water to obtain adhesive, spraying the powder composition to obtain pellets during grinding process; sintering pellets at 200-500 degrees C to obtain yellow granular material, (d) preparation of black materials by mixing heat storage materials, high-frequency materials and tourmaline, grinding to a particle size of 100-500 mesh to obtain powder composition, dissolving sodium metasilicate in water to obtain a adhesive, continuously spraying powder composition to obtain pellets during grinding process, sintering the pellets at 200-500 degrees C to obtain black granular materials, (e) preparation of white material by mixing heat storage material, high-frequency material and shell powder, grinding to particle size of 100-500 mesh to obtain powder composition, dissolving sodium metasilicate in water to obtain adhesive, continuously spraying the powder composition to obtain pellets during grinding process, sintering the pellets at 200-500 degrees C to obtain white granular materials and (f) mixing the five granular materials to obtain Five-colors and five graphene crystal ceramic functional material.