Abstract: A floor panel with a coating structure is described, said floor panel has improved fire protection properties. For this purpose, a fire-resistant layer is built into to layered structure of the panel and a coating is provided along the edges of the panel.

Abstract: Described is a simple and inexpensive method of manufacturing a floor panel (2) with which a floor panel (2) can be produced with a beveled or recessed edge (10a, 10b, 25, 26), a top surface layer (4) extending continuously and in one piece from a top side (3a) of a core (3) over the beveled edge (10a, 10b, 25, 26). A panel body (12) is first of all provided with a core (3, 13), a top side (3a, 13a) of the core (3, 13) being provided with a top surface layer (4). A recess (15) is then formed from a side surface (13b) into the panel body (12), the recess extending under the top surface layer (4) and leaving a freestanding ledge (16) which includes the top surface layer (4). The recess (15) is then closed by fixing the first and second recess surfaces (15a, 15b) to one another.

Abstract: A method of manufacturing a panel (2) is described, wherein the panel (2) comprises a core of a fiber material, preferably an MDF or HDF board. In order to improve the quality and precision as well as the water resistance of coverings made from the panel, it is suggested that at least one cut (6, 6a, 9) on the panel (1) is cut with a laser.

Abstract: Described is a simple and inexpensive method of manufacturing a floor panel (2) with which a floor panel (2) can be produced with a beveled or recessed edge (10a, 10b, 25, 26), a top surface layer (4) extending continuously and in one piece from a top side (3a) of a core (3) over the beveled edge (10a, 10b, 25, 26). A panel body (12) is first of all provided with a core (3, 13), a top side (3a, 13a) of the core (3, 13) being provided with a top surface layer (4). A recess (15) is then formed from a side surface (13b) into the panel body (12), the recess extending under the top surface layer (4) and leaving a freestanding ledge (16) which includes the top surface layer (4). The recess (15) is then closed by fixing the first and second recess surfaces (15a, 15b) to one another.

Abstract: Described is a simple and inexpensive method of manufacturing a floor panel (2) with which a floor panel (2) can be produced with a beveled or recessed edge (10a, 10b, 25, 26), a top surface layer (4) extending continuously and in one piece from a top side (3a) of a core (3) over the beveled edge (10a, 10b, 25, 26). A panel body (12) is first of all provided with a core (3, 13), a top side (3a, 13a) of the core (3, 13) being provided with a top surface layer (4). A recess (15) is then formed from a side surface (13b) into the panel body (12), the recess extending under the top surface layer (4) and leaving a freestanding ledge (16) which includes the top surface layer (4). The recess (15) is then closed by fixing the first and second recess surfaces (15a, 15b) to one another.

Abstract: To provide carpet tiles that can be installed more easily and quickly the inventive carpet tiles (1) comprise: a support plate (2); a carpet material (3) on said support plate 2; a first mechanical locking element (4) extending along a first joint edge (8a) of said carpet tile (1); and a second complementary mechanical locking element (5) extending along a second joint edge (8b) of said carpet tile (1).

Abstract: The invention relates to a Matrix (1,2) for fabrication of a matrix (3) in the fabrication process of a decorative laminate (11?) for a panel with a surface structure wherein the matrix (1,2) for fabrication of the matrix (3?) comprises a wood member (13) with a surface structure. The invention furthermore relates to production matrix (10?) for the fabrication of a decorative laminate (11?) for a panel with a surface structure wherein the surface structure of the production matrix (10?) is pressed into the production matrix (10?). The invention further relates to a method of fabrication of a decorative laminate (11?) for a panel with a surface structure wherein a production matrix (10?) of above is pressed together with the decorative laminate (11) in order to at least partially transfer the surface structure of the production matrix (10?) onto the decorative laminate (11). The invention further relates to a decorative laminate, a panel and a fabrication method of a panel.