Abstract: Fibreboard panels and the like, useful as drawer fronts, cabinet doors, table tops, furniture parts, moldings, baseboards and the like are formed of compressed fibre panels or strips with an edge treatment forming a contoured or profiled edge surface. The wood fibres on the edge surface are heat seared and die pressed together to form a heat seared sealed surface of skin which does not require subsequent filling and further mechanical surfacing and which is more easily finished by the application of liquid decorating materials, paints, stains, printing inks and various colorants. The cellulosic fibrous blanks are mechanically pre-shaped to provide a contoured profile edge which is subjected to heat and pressure from a heated die which sears and seals together the fibres forming a skin over the profiled edge surface. The skin formation results in a reduction of time and labor that is required for any final finishing operations and provides a better appearance for the entire surface of the fibreboard piece.

Abstract: Multi-sided decorative moldings and furniture parts are manufactured by drying or hot-pressing a cellulosic fiber-containing mat to consolidate said mat into a unitary blank, cutting the blank to a size larger than interior dimensions of a closed mold in each of its three dimensions and with at least two generally shaped or profiled edge surfaces disposed between a top surface and a bottom surface of the blank. The cut blank is then molded at a temperature of at least 200.degree. F. for a period of time sufficient to permanently transfer the interior shape and design of the mold cavity to every surface of the blank.

Abstract: Fibreboard panels and the like, useful as drawer fronts, cabinet doors, table tops, furniture parts, moldings, baseboards and the like are formed of compressed fibre panels or strips with an edge treatment forming a contoured or profiled edge surface. The wood fibres on the edge surface are heat seared and die pressed together to form a heat seared sealed surface of skin which does not require subsequent filling and further mechanical surfacing and which is more easily finished by the application of liquid decorating materials, paints, stains, printing inks and various colorants. The cellulosic fibrous blanks are mechanically preshaped to provide a contoured profile edge which is subjected to heat and pressure from a heated die which sears and seals together the fibres forming a skin over the profiled edge surface. The skin formation results in a reduction of time and labor that is required for any final finishing operations and provides a better appearance for the entire surface of the fibreboard piece.

Abstract: Fibreboard panels and the like, useful as drawer fronts, cabinet doors, table tops, furniture parts, moldings, baseboards and the like are formed of compressed fibre panels or strips with an edge treatment forming a contoured or profiled edge surface. The wood fibres on the edge surface are heat seared and die pressed together to form a heat seared sealed surface of skin which does not require subsequent filling and further mechanical surfacing and which is more easily finished by the application of liquid decorating materials, paints, stains, printing inks and various colorants. The cellulosic fibrous blanks are mechanically preshaped to provide a contoured profile edge which is subjected to heat and pressure from a heated die which sears and seals together the fibres forming a skin over the profiled edge surface. The skin formation results in a reduction of time and labor that is required for any final finishing operations and provides a better appearance for the entire surface of the fibreboard piece.

Abstract: Six-sided furniture parts are manufactured by pressing a cellulosic fiber-containing mat to consolidate said mat into a unitary blank, cutting the blank to a size larger than interior dimensions of a closed mold in every dimension and with two to four generally shaped or profiled edges disposed between a top surface and a bottom surface of the blank. The cut blank is then molded at a temperature of at least 500.degree. F. for a period of time sufficient to permanently transfer the interior shape and design of the mold cavity to every surface of the blank.