Abstract: A method for producing acoustical panels with a three-dimensional surface bonds stacks of design pieces to a flat panel. A layer of adhesive is applied over the assembly, and then a fabric layer is applied over the assembly to bond the fabric over the panel and design pieces.

Abstract: A method for producing acoustical panels with a three-dimensional surface bonds stacks of design pieces to a flat panel. A layer of adhesive is applied over the assembly, and then a fabric layer is applied over the assembly to bond the fabric over the panel and design pieces.

Abstract: A method for encasing a ceiling tile. The back surface of the ceiling tile is positioned adjacent to a vacuum table and a facing is placed over the front surface of the ceiling tile so that the facing overlaps each edge about the perimeter of the ceiling tile. In one embodiment, the facing is covered with an air-impermeable cover and a support frame can be placed surrounding the perimeter of the ceiling tile. The facing is drawn onto the ceiling tile by a vacuum applied through the vacuum table. The ceiling tile is then reversed so that the front surface of the ceiling tile is positioned adjacent to the vacuum table. An air-impermeable backing is placed over the ceiling tile so that the backing overlaps each edge about the perimeter of the ceiling tile. The backing is drawn onto the ceiling tile by the vacuum applied through the vacuum table.

Abstract: A method for encasing a ceiling tile. The back surface of the ceiling tile is positioned adjacent to a vacuum table and a facing is placed over the front surface of the ceiling tile so that the facing overlaps each edge about the perimeter of the ceiling tile. In one embodiment, the facing is covered with an air-impermeable cover and a support frame can be placed surrounding the perimeter of the ceiling tile. The facing is drawn onto the ceiling tile by a vacuum applied through the vacuum table. The ceiling tile is then reversed so that the front surface of the ceiling tile is positioned adjacent to the vacuum table. An air-impermeable backing is placed over the ceiling tile so that the backing overlaps each edge about the perimeter of the ceiling tile. The backing is drawn onto the ceiling tile by the vacuum applied through the vacuum table.

Abstract: Disclosed are a method and apparatus of refinishing a building panel such as a acoustic ceiling panel or tile. The method includes placing the building panel to be resurfaced on a support surface having a plurality of perforations. The building panel is placed so that its back surface is in contact with the perforated support surface. The perforations extend beyond the building panel's side edges. An adhesive is applied to one side of an air impervious sheet or film. The coated sheet or film is placed over the decorative surface of the building panel and over the exposed perforations in the support surface which are located beyond the building panel's side edges. Vacuum is drawn between the sheet or film and the perforated support surface via the perforations which is sufficient to enable ambient air pressure to force or collapse the sheet tightly against the decorative surface so that the sheet substantially assumes or conforms to the contour of the building panel's decorative surface.

Abstract: Disclosed is a system for covering installed ceiling tiles without removal of the tiles from the ceiling. The system includes a novel facing for covering an installed ceiling tile, a method of applying the facing to the face of an installed tile and apparatus for carrying out the method. The novel facing includes a panel of at least semi-rigid material having a decorative surface, an underside surface and a flexible border which extends at an angle from and about the periphery of the decorative surface. The panel's underside surface is prefit to cover the face of an installed ceiling tile and is provided with selectively located pins which project from the underside surface of the facing. The disclosed method includes providing the aforementioned decorative facing and marking the face of the tile to provide selectively located marks on the face of the tile which are capable of aligning with the facing's selectively located pins to center the facing on the tile.