It helps in improving resistance, rigidity, and higher fire resistance. ![]() The ⅝ -inch variant is one of the thicker versions. It is excellent for soundproofing and fire protection and is more likely to be found in residential buildings. The ½-inch variant is used primarily in single-layer wall systems. These are applied over wood framing and usually in a double-layer format. The ⅜ -inch gypsum plasterboard finds usage primarily as a face layer for remodelling or repair purposes. The ¼-inch gypsum plasterboard is a low-cost structure dedicated for use in ceilings, improving existing walls, curved surfaces, and improving sound control. Here are the different size specification for a gypsum plasterboard that you are likely to find. You must choose the optimum size as it will allow you to minimize cost without compromising on quality. Each of these sizes caters to a different purpose. You are likely to find gypsum plasterboards of different sizes in the market. Once it goes through a joint treatment system, it can create a monolithic structure, built to last. Even though it is an umbrella term, all of its types use gypsum, a non-combustible core, and paper surface covers them. What is gypsum plasterboard?Īs per ASTM C11, the gypsum board is “the general name for a family of sheet products consisting essentially of gypsum.”Īlso known as plasterboard or drywall, the gypsum board is a technical name given to a plaster-based wall finish that helps in creating light walls. This article delves into the subject and discusses the types, properties, and applications of gypsum plasterboard. It soon takes the shape of a needle-like structure that combines to form what we commonly know as gypsum plasterboards. ![]() It is then placed onto cardboard running on a conveyor belt. Once dehydrated, the resulting product is mixed with several additives and water. ![]() Gypsum boards are useful in building lightweight and durable walls.Įven though we are seeing increased use of synthetic gypsum plasterboards, the traditional ones use dehydrated calcium sulfate and convert it into CaSO4.0.5H20 by heating it. Even though not a new finding by any means, it is only in the last few years that it has found increased traction in the construction scenario. When you build your house or renovate it, it is common to come across people suggesting the use of gypsum plasterboards. The influx of technological advancements has helped curate advanced offerings that give several advantages over the traditional processes. The last few years have seen a range of meaningful developments in the construction landscape.
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