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Blue fiber cement siding HardiePanel on design-build addition, Ithaca NY. Fiber cement siding (also known as "fibre cement cladding" in the United Kingdom, "fibro" in Australia, and by the proprietary name "Hardie Plank" in the United States) is a building material used to cover the exterior of a building in both commercial and domestic applications.
James Hardie Industries plc is a global building materials company and the largest global manufacturer of fibre cement products. Headquartered in Ireland, it is cross-listed on the Australian and New York Stock Exchanges.
Flat sheets for house walls and ceilings were usually 6 and 4.5 mm (0.24 and 0.18 in) thick, 900 and 1,200 mm (35 and 47 in) wide, and from 1,800 to 3,000 mm (71 to 118 in) long. Battens 50 mm (2.0 in) wide × 8 mm (0.31 in) thick, used to cover the joints in fibro sheets. "Super Six" corrugated roof sheeting and fencing.
Fire resisting construction discourages the use of combustible materials in cladding to minimize the spread of fire, together with insisting adequate fire barriers are employed within building cavities. The specific fire strategy for the building, will be set out by the fire engineer including the requirements for the façade cladding.
Rainscreen cladding is a form of weather cladding designed to protect against the elements, but also offers thermal insulation. The cladding does not need, itself, to be waterproof, merely a control element: it may serve only to direct water or wind safely away in order to control run-off and prevent its infiltration into the building structure.
James Hardie Industries is a building materials company specializing in fiber cement siding. James Hardie may also refer to: James Keir Hardie (1856–1915), founding member and first leader of the Labour Party in the United Kingdom; James Hardie (architect) (died 1889), American architect; James Allen Hardie (1823–1876), American soldier
The structural functionality of a sandwich panel is similar to the classic I-beam, where two face sheets primarily resist the in-plane and lateral bending loads (similar to flanges of an I- beam), while the core material mainly resists the shear loads (similar to the web of an I-beam). [1]
A sheet of flexible stone veneer illustrating its flexible nature Wall application A sheet of flexible stone veneer being cut and bent. Flexible stone veneer is made from a thin layer of stone stripped or peeled from a metamorphic stone marble chips or slab, rather than cutting from a solid stone or precast composite material.