TECHNOLOGY FOCUS - INORGANIC CHEMISTRY - Preferred Filler: The filler is plate-shaped and has average particle diameter of 0.01-200 microns, and is mica.    TECHNOLOGY FOCUS - POLYMERS - Preferred Composition: The metallic contact layer and/or surface layer consist of resin composition, which contains filler (C) and solid lubricant (D). The mass ratio of thermoplastic polyimide resin (A) and polyaryl ketone resin (B) is 95/5-5/95, with respect to 100 mass parts of resin composition containing components (A and B). The composition contains filler (0-100 mass parts) and/or solid lubricant (0-100 mass parts), with respect to 100 mass parts of polyaryl ketone resin (B), or contains filler (0-100 mass parts) and/or solid lubricant (0-400 mass parts). The mass ratio of thermoplastic polyimide resin (A), and polyaryl ketone resin (B) is 95/5-30/70 with respect to 100 mass parts of resin composition containing components (A and B). The solid lubricants (D) are black lead, fluororesin and/or transition metal sulfide. Preferred Resin: The polyvinyl resin (A) has polyether imide resin having repeating unit with structure of formula (1) or polyether imide resin having repeating unit with structure of formula (2), as a main component. The polyaryl ketone resin (B) has crystalline polyether ketone resin having repeating unit of formula (3) as a main component. Preferred Properties: The ratio of thickness of the metallic contact layer and surface layer is 1/99-99/1. The thickness of the metal, metallic contact layer and surface layer are 0.01-50 mm, 0.1-800 microns and 1-1000 microns, respectively. EXAMPLE - Non-crystalline polyether imide resin Ultem 1000 (in wt.%) (28) having glass transition temperature (Tg) of 216degreesC, polyether imide resin Ultem CRS 5001 (32) having Tg of 226degreesC and polyether ketone resin (PEEK-1) PEEK 450G (40) having Tg of 143degreesC and melting point of 334degreesC, and synthetic mica (C1) (38.9 weight parts) (with respect to 100 mass parts of resin) having average particle diameter of 6 microns and aspect ratio of 25, at 380degreesC in twin-screw extruder, extruded in a shape of strand. The obtained strand was cut as pellet, and dried at 180degreesC for 12 hours and extruded to film form at 380degreesC, contacted with metal cast roll in circulation oil of fixed temperature of 160degrees, cooled and metallic contact layer (S1) with film thickness of 100 microns was obtained. PEEK-1 (100) and synthetic mica (38.9 weight parts) (with respect to 100 mass parts of resin), were blended at 380degreesC in twin-screw extruder, extruded in a shape of strand. The obtained strand was cut as pellet, and dried at 180degreesC for 12 hours and extruded to film form at 390degreesC, contacted with metal cast roll in circulation oil of fixed temperature of 130degreesC, cooled and surface layer (T1) with film thickness of 10 microns was obtained. The metallic layer (S1) and surface layer (T1) were press-formed at 360degreesC under 9.7 MPa for 20 minutes and laminate material was obtained. The obtained laminate had static friction coefficient of 0.235, dynamic friction coefficient of 0.163, and favorable pencil hardness, solvent resistance, and peeling strength, without peeling at cut edges in shearing processing.