Method for producing a high pressure laminate panel having a multilayer polymer coating at at least one panel surface, wherein the method comprises the following steps: a) applying a coating system BS-1 as a coating on a surface material for a high pressure laminate panel, wherein the coating system BS-1 comprises a resin component BSR-1 and a hardener component BSC-1, and wherein the resin component BSR-1 includes a polyol resin and the hardener component BSC-1 includes an isocyanate hardener, b) crosslinking the surface material coated in step a) at an elevated temperature at which a reaction takes place between hydroxy groups of the resin component BSR-1 and isocyanate groups of the hardener component BSC-1 so that a polyurethane polymer is formed in the coating; c) applying a further coating system BS-2 as a coating on the coating on the surface material provided in step b), wherein the coating system BS-2 comprises a resin component BSR-2 and a hardener component BSC-2, and wherein the resin component BSR-2 includes hydroxy groups as well as groups having a (meth)acrylic double bond and the hardener component BSC-2 includes an isocyanate hardener; d) crosslinking the surface material coated in step c) at an elevated temperature at which a reaction takes place between hydroxy groups of the resin component BSR-2 and isocyanate groups of the hardener component BSC-2 so that a polyurethane polymer which exhibits groups having a (meth)acrylic double bond is formed in the coating; e) providing a press stack comprising a material for the formation of a core layer of a high pressure laminate panel, which comprises one or more, preferably more, layers of a carrier material impregnated with a curable synthetic resin, and includes the coated surface material obtained in step d) as a surface layer so that at least on one side of the press stack the coated surface material obtained in step d) forms the outermost layer, and the crosslinked coating is present on at least one surface of the press stack; f) pressing the press stack at increased pressure and at a temperature above the crosslinking temperature of step d) so that a polymerization of the (meth)acrylic double bonds in the crosslinked coating takes place and a high pressure laminate panel is formed which comprises a core layer and a surface layer having a multilayer polymer coating at at least one panel surface, wherein the multilayer polymer coating includes a polyurethane(meth)acrylate polymer in its surface layer and includes a polyurethane polymer in the layer adjacent underneath. a) applying a coating system BS-1 as a coating on a surface material for a high pressure laminate panel, wherein the coating system BS-1 comprises a resin component BSR-1 and a hardener component BSC-1, and wherein the resin component BSR-1 includes a polyol resin and the hardener component BSC-1 includes an isocyanate hardener, b) crosslinking the surface material coated in step a) at an elevated temperature at which a reaction takes place between hydroxy groups of the resin component BSR-1 and isocyanate groups of the hardener component BSC-1 so that a polyurethane polymer is formed in the coating; c) applying a further coating system BS-2 as a coating on the coating on the surface material provided in step b), wherein the coating system BS-2 comprises a resin component BSR-2 and a hardener component BSC-2, and wherein the resin component BSR-2 includes hydroxy groups as well as groups having a (meth)acrylic double bond and the hardener component BSC-2 includes an isocyanate hardener; d) crosslinking the surface material coated in step c) at an elevated temperature at which a reaction takes place between hydroxy groups of the resin component BSR-2 and isocyanate groups of the hardener component BSC-2 so that a polyurethane polymer which exhibits groups having a (meth)acrylic double bond is formed in the coating; e) providing a press stack comprising a material for the formation of a core layer of a high pressure laminate panel, which comprises one or more, preferably more, layers of a carrier material impregnated with a curable synthetic resin, and includes the coated surface material obtained in step d) as a surface layer so that at least on one side of the press stack the coated surface material obtained in step d) forms the outermost layer, and the crosslinked coating is present on at least one surface of the press stack; f) pressing the press stack at increased pressure and at a temperature above the crosslinking temperature of step d) so that a polymerization of the (meth)acrylic double bonds in the crosslinked coating takes place and a high pressure laminate panel is formed which comprises a core layer and a surface layer having a multilayer polymer coating at at least one panel surface, wherein the multilayer polymer coating includes a polyurethane(meth)acrylate polymer in its surface layer and includes a polyurethane polymer in the layer adjacent underneath.