Gypsum Board; Has Many Attributes That Make It an Attractive Construction Material
Gypsum board, also referred to as wallboard, plasterboard,
or drywall, is a building material used as partitions and linings of roofs,
ceilings, walls, and floors. It is used to form panels made of gypsum plaster
pressed between two thick sheets of paper. Due to its lightweight and easy
adaptability to walls without beam structure, gypsum boards are widely used in
the construction industry. Moreover, it has several characteristics that make
it an attractive building material. It has a smooth surface, and its finish can
be left with a natural color or painted.
Gypsum
board is especially suitable for interior wall applications in
commercial buildings. The board's hardness and non-reactive properties make it
ideal for use in interior applications. It can also be used as exterior
finishes in exterior walls in residential buildings, such as garages. The
board's non-slip ability allows it to be used in high-traffic areas, such as
within entrances and hallways within commercial buildings. It is also commonly
used to support the weight of plywood, wood, or sheet rock in interior wall
applications.
It is the perfect choice for applications where the board's
sturdiness and non-marking properties are an important factor, since the
material will not degrade with exposure to moisture and often remains intact
even under extended periods of time. It is widely used in interior applications
for drywall because it is flexible, absorbent, and requires little maintenance.
Because it has many beneficial properties, it is a popular product with
consumers. There are many brands available, and the material is available in
sheets, slabs, blocks, and molds.
There is an increasing demand for gypsum board in the United
States, owing to the rapid growth of the construction industry. According to
the India Brand Equity Foundation (IBEF), China, India, and the U.S. are
expected to account for almost 60 per cent of all global growth in the s
construction sector by 2025.
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