The invention discloses an
infrared heating suspended ceiling. The
infrared heating suspended ceiling is composed of a conductive layer and an
infrared coating layer. And the conductive layer is madeof a carbon-based conductive material and comprises a film formed by spraying a
graphene conductive coating, an artificial
graphite film, a carbon tube film,
carbon fibers,
graphene fibers and the like. The infrared
coating layer is assembled on the surface of the conductive layer layer by layer through centrifugal
spin coating, and the infrared heating suspended ceiling is obtained through curing. According to the infrared
coating layer, a polysilicate layer serves as a bottom insulating layer, a
silicon carbide layer serves as a middle layer and an insulating layer, a graphitizable
polymer layer serves as an upper
rivet fixing layer, and spherical
graphene penetrates through the three-layer structure. The size of the spherical graphene is 2 to 8 microns, and the
total thickness of the three-layer structure composed of a bottom layer, a middle layer and an upper layer does not exceed 1 / 3 of the size of the spherical graphene; the thickness of the upper layer is less than 10 nm. According to the infrared heating suspended ceiling, the
heating efficiency is greatly improved, meanwhile, in the field of infrared
radiation heating, the comfort of a
human body is improved, and meanwhile, the
energy consumption is greatly reduced.