Impact resistant cladding construction material having a layered structure for use as a panel for floor, wall or roof
The present invention is related to an impact resistant panel for building construction, and, more particularly is related to panels having a multilayered structure having three or more layers and which may be interconnected to form a resistant surface for a floor, wall or roof of a building. The panel includes a first cladding board layer. An impact layer is affixed to the first cladding board layer and has a toughness to prevent penetration upon impact from flying items travelling due to high wind storms. A second cladding board layer is affixed to the opposite side of the impact resistant layer from the first cladding board layer.
1. An impact resistant construction material comprising:
a first cladding board layer, the cladding board layer being formed from at least one of drywall, cement, and magnesium cement;
an impact resistant layer, having a toughness greater than a toughness of the first cladding board layer, affixed to the first cladding board layer on a first side of the impact resistant layer, the impact resistant layer having a toughness to withstand penetration upon impact from flying objects caused by high winds, the toughness being greater than or equal to the compressive strength of 28 gauge steel;
a second cladding board layer affixed to the impact resistant layer on a side of the impact resistant layer opposed to the first side.
2. The impact resistant panel of claim 1 , wherein the first cladding board layer is coterminous with the impact resistant layer and the second cladding board layer.
3. The impact resistant panel of claim 1 , wherein the first cladding board layer is offset relative to the impact resistant layer and second cladding board layer, the second cladding board layer being coterminous with the impact resistant layer.
4. The impact resistant panel of claim 1 , further comprising a third cladding board layer affixed to the second cladding board layer, the second cladding board layer being offset relative to the first cladding board layer and third cladding board layer to form a tongue and groove.