Moulding process of composite material including high-thermal conductor and room-temperature magnetic refrigerant

A molding process of a composite material including forming a high-thermal conductor and a room temperature magnetic refrigerant material, wherein said room temperature magnetic refrigerant material is nested with said high-thermal-conductor to obtain said composite material;

• and wherein said room temperature refrigerant material is processed to a shape of particle, sheet, or filament having a diameter or thickness greater than 0.001 mm, and the composite material is in a shape of particle, sheet unit, or filament having a diameter or thickness smaller than 1 mm, wherein said composite material is obtained by preparing at least two high-thermal-conductor sheets, adding said room temperature refrigerant material to a liquid thermal conductive agent, sealing said liquid thermal conductive agent containing said magnetic refrigerant material between said at least two high-thermal-conductor sheets and compressing them into sheet units of thickness less than 1 mm;
• and dividing said sheets into small isolated areas by completely pressing together the said sheet units at designated points.

A molding process of a composite material including forming a high-thermal conductor and a room temperature magnetic refrigerant material, wherein said room temperature magnetic refrigerant material is nested with said high-thermal-conductor to obtain said composite material;

• and wherein said room temperature refrigerant material is processed to a shape of particle, sheet, or filament having a diameter or thickness greater than 0.001 mm, and the composite material is in a shape of particle, sheet unit, or filament having a diameter or thickness smaller than 1 mm, including processing said room temperature magnetic refrigerant material into sheets, strips or filaments;
• inserting said high-thermal-conductor between said sheets, strips or filaments;
• and wherein said high-thermal-conductor and said sheets, strips or filaments contact each other closely.