Abstract: Provided is a heat conductive sheet obtained by including a heat conductive filler in a cured organic resin, in which the heat conductive filler is made of multiple particles obtained by coating surfaces of plastic particles with a heat conductive material, and a coefficient of variation (CV) value of particle diameters of the particles, which is computed using Equation (1) described below, is equal to or less than 10%.

Abstract: According to the present invention, there is provided a laminate (1A) including a substrate (2) and a layer (8) which is provided on the substrate (2) and contains a fiber filler (fiber piece) and a resin. The layer (8) is a paper-making sheet obtained by subjecting the fiber filler and the resin to paper-making.

Abstract: According to the present invention, there is provided an article including: a main body portion (10) that is formed of a material composition containing a fiber filler and a resin and obtained using a paper-making method; and a functional layer (20) that covers the main body portion (10).

Abstract: A functional particle (100) contains an inorganic particle (101), a first layer (103) coating the inorganic particle (101), and a second layer (105) coating the first layer (103). Any one or two component(s) of a resin, a curing agent and a curing accelerator is (are) contained in the first layer (103), and the others are (is) contained in the second layer (105).

Abstract: In a rotor 1 provided with a cylinder 2 which can supply a molten and mixed resin composition to an upper portion of the rotor 1 from an opening portion and is formed by a magnetic material on an outer periphery thereof or is formed by a nonmagnetic material being contact with a magnetic material 3, the resin composition is granulated into powders or in a fiber shape by heating the magnetic material portion so as to pass the resin composition through small holes in the uniformly heated cylinder 2 due to a centrifugal force, and the granulated powders are transferred by an air feeding apparatus 12 having a rotary blade 11 mounted therein from a discharge port in a lower portion of an outer tank 8.