The invention relates to an automobile seat with good
thermal conductivity, and belongs to the field of automobile seats. A backrest flexible thermal conductive layer and a
cushion flexible thermal conductive layer are arranged on the lower side of a backrest cover
surface layer fabric and on the lower side of a
cushion cover
surface layer fabric respectively in a sewing or adhesion mode to form a cover
assembly with the thermal conductive
layers. Backrest foam and
cushion foam are assembled on a backrest framework and a cushion framework respectively, and the cover
assembly with the thermal conductive
layers is assembled outside the backrest foam and the cushion foam. The automobile seat has the advantages of being novel in concept and simple in structure. The temperature of the contact part of the
human body and the seat is kept consistent with the temperature of a cab by improving the
thermal conductivity of the surface of the seat, and discomfort caused by local overheating or
supercooling is avoided. The heat conductive
layers are flexible and do not influence the appearance of the seat, and the problem that a
rigid structure is added and accordingly
foreign body sensation is brought to a passenger can be avoided. The automobile seat is low in cost, low in weight, small in occupied space, simple in
assembly process, capable of saving energy and improving the comfort degree of the passenger, wide in application range and high in practicality.