![]() ![]() One then covers any exposed parts with tape and pliable drywall compound. They are secured to the structure using specialized drywall fasteners or nails and screws. They are standard in cold areas because the spaces behind the panels can accommodate insulation.ĭrywall panels can be cut to any size to leave space for windows, doors, and electrical outlets. The main ingredient in drywall panels is calcium sulfate dihydrate, also known as gypsum.ĭrywall panels became popular in the mid-20th century as a more accessible and cheaper alternative to plaster and have remained popular in modern construction. There are two kinds of drywall: drywall panels and joint compound. Difficult to repair: Making repairs or upgrades on plaster is difficult because it is harder to cut into.ĭrywall is made by pressing gypsum plaster between two layers of heavy paper and is sometimes referred to as gypsum board, sheetrock, wallboard, or cement board.More likely to crack: Plaster cracks faster than drywall after settling due to its brittle nature. ![]() Complicated application process: Plaster requires extra effort and expertise to work with.Time-consuming: The application time of plaster is longer.Costly: Plaster is more expensive to apply and maintain.Mold-resistant: Plaster is mold resistant.Fire-resistant: Plaster is less likely to catch fire, mainly when used with metal lath.Flexible: It is ideal for difficult areas to drywall, such as curved walls.The rough texture is characteristic of historic homes, and one cannot replicate it using drywall. Sophisticated finish: One can use plaster to achieve a sophisticated look because it can deliver textured, glossy or smooth finishes.Plaster also has higher tensile strength and helps make structures more stable, unlike drywall. This makes plaster an ideal choice when building for the long term. Durable: Plaster is more durable than drywall because of its thickness.Energy-efficient: The thickness of plaster walls makes them more energy efficient because they provide better temperature control and insulation.STC is used to measure the material's soundproofing qualities. Research conducted by the National Gypsum found that an almost 1″ thick lath and plaster wall has a Sound Transmission Class (STC) rating of 52, while 1/2″ drywall on 2×4 wood studs has a rating of only 34. ![]()
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