Perforated acoustic tiles
An acoustic tile used for a modular wall system includes a substrate layer having a plurality of holes that extend at least partially through the substrate layer, and a veneer layer having a plurality of microholes extending at least partially therethrough. The two layers are attached together and configured for attachment to a frame of a modular wall system such that they provide desired acoustic properties to the modular wall system.
1. An acoustic tile used for a modular wall system, comprising:
a substrate layer having a plurality of holes extending at least partially therethrough, wherein the holes in the substrate layer are spaced unequally in a manner dictated by one or more specified structural characteristics of the acoustic tile, and are patterned to provide a specific desired acoustic property,
a veneer layer having a plurality of micro-perforations, the veneer layer being attached to the substrate layer over the plurality of holes, the attached substrate layer and veneer layer being configured for attachment to a frame of a modular wall system, and the substrate layer and the veneer layer being configured to provide the acoustic tile with desired acoustic properties, and
wherein the acoustic tile is at least partially secured to the frame through a compressive force applied by at least one substrate retaining member and one or more vertical brackets, wherein the compressive force is applied to the acoustic tile by the at least one substrate retaining member on a first side of the acoustic panel and the one or more vertical brackets on a second side of the acoustic tile.
2. The acoustic tile in claim 1 , wherein the acoustic tile is to the frame through one or more ladder frames and configured to substantially conceal from view at least a portion of the frame from a first vantage point.
3. The acoustic tile in claim 1 , wherein at least one of the substrate layer and the veneer layer comprises an MDF sheet material.
4. The acoustic tile in claim 1 , wherein the plurality of holes only extend partially through the substrate layer.
5. The acoustic tile in claim 1 , wherein the plurality of holes are spaced along a surface of the substrate layer such that approximately half of the surface includes holes.
6. The acoustic tile in claim 1 , wherein each of the plurality of holes has a diameter within a range from about 0.25 inches to about 0.75 inches.
7. The acoustic tile in claim 1 , wherein the substrate layer comprises one or more connection regions substantially devoid of holes from the plurality of holes to allow connectors to be attached to the substrate layer.
8. The acoustic tile in claim 1 , wherein each of the micro-perforations has a diameter is a range from about 0.5 mm to about 0.9 mm.
9. The acoustic tile in claim 1 , wherein the veneer layer includes a thermofoil surface finish.
10. The acoustic tile in claim 1 , wherein the veneer layer is attached to the substrate layer using an adhesive.
11. The acoustic tile in claim 1 , wherein the plurality of micro-perforations extend to edges of the veneer layer.
12. An acoustic tile used for a modular wall system, comprising:
a substrate layer having a plurality of holes extending at least partially therethrough, wherein the holes in the substrate layer are arranged in a pattern in a manner dictated by one or more specified structural characteristics of the acoustic tile, and are patterned to provide a specific desired acoustic property,
a veneer layer having a plurality of micro-perforations, the veneer layer being attached to the substrate layer over the plurality of holes, the attached substrate layer and veneer layer being configured for attachment to a frame of a modular wall system, and the substrate layer and the veneer layer being configured to provide the acoustic tile with desired acoustic properties, and
wherein the acoustic tile is at least partially secured to the frame through a compressive force applied by at least one substrate retaining member and one or more vertical brackets, wherein the compressive force is applied to the acoustic tile by the at least one substrate retaining member on a first side of the acoustic panel and the one or more vertical brackets on a second side of the acoustic tile.
13. An acoustic tile used for a modular wall system, comprising:
a substrate layer having a plurality of holes extending at least partially therethrough, wherein the holes in the substrate layer are arranged in a manner dictated by one or more specified structural characteristics of the acoustic tile, and are patterned to provide a specific desired acoustic property,
a veneer layer having a plurality of micro-perforations, the veneer layer being attached to the substrate layer over the plurality of holes, the attached substrate layer and veneer layer being configured for attachment to a frame of a modular wall system, and the substrate layer and the veneer layer being configured to provide the acoustic tile with desired acoustic properties,
the frame of the modular wall system comprising a continuous attachment feature extending substantially the entire length of the frame, wherein the attachment feature is configured to receive one or more acoustic tiles, and
wherein the acoustic tile is at least partially secured to the frame through a compressive force applied by at least one substrate retaining member and one or more vertical brackets, wherein the compressive force is applied to the acoustic tile by the at least one substrate retaining member on a first side of the acoustic panel and the one or more vertical brackets on a second side of the acoustic tile.
14. The frame of the modular wall system in claim 13 , wherein the attachment feature is configured to receive opposite facing acoustic tiles, making the modular wall system two-sided.
15. The acoustic tile in claim 13 , wherein the depths of some holes in the substrate layer differ from one another.