Plastering is a thin coating of cement mortar adhesive substance applied to a brick wall to provide environmental protection, a smooth surface, a nice finish, a good appearance, and to increase the strength of the brick wall. We know that the exterior section of a brick wall is more vulnerable to extreme weather, therefore it need additional protection from the outside. Plastering makes the brick wall robust and damp-proof, preventing water seepage. Plastering is the process of applying…

Plastering is a finishing process that dates back thousands of years. It’s used to smooth down the blocks or bricks construction on a wall so it looks better. Plastering not just to add aesthetic value, but it also serves as a weather-resistant covering for stones as well as bricks. Various kinds of sealants are utilized in various works based on the intended finishes, components, popularity, and needed proportion. Concrete finish, lime plaster, terracotta plaster, mud putty, and gypsum…

Our internal research study revealed that, for every sq.ft, gypsum plastering saves 30% more than cement plastering in terms of cost. Gypsum plastering consumes 75% time lower than cement plastering. Unlike Cement plasters, gypsum plasters do not require water curing and putty application. Overall, gypsum plasters have lower manpower and resource requirements and so are cost-effective.

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Schools and educational institutions are in a constant rush to complete the construction due to their swift schedules. Say in India where the academic year begins in June and ends in March, the construction activities that are planned by the management within the campus must be completed during the holidays- April and May. Gypsum plastering comes to the rescue as it offers a time-saving of 75% when…

Gypsum plastering produces a smooth finish with perfectly leveled corners while sand cement plastering results in cracks. Due to this, cement plastering requires putty but gypsum plastered walls are paint-ready and does not require putty application. Cement plastered walls may also require a whitewash to cover cracks.

Our internal research study revealed that, for every sq.ft, gypsum plastering saves 30% more than cement plastering in terms of cost. Gypsum plastering consumes 75% time lower than cement plastering. Unlike Cement plasters, gypsum plasters do not require water curing and putty application. Overall, gypsum plasters have lower manpower and resource requirements and so are cost-effective.

1. Gypsum plasters retain dampness and so are unfit to use in outside walls, or in other areas like bathrooms that are continuously wet.

2. Because exposure to moisture or water reduces the strength of the plaster, they should be stored in dry platforms.

3. Lower shelf life- Gypsum has a shelf life of 3-4 months but when stored with caution it can be extended up to 6 months.

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Gypsum plaster is obtained as a dry powder from partial or complete dehydration of gypsum. Heating forces the water in gypsum to evaporate and produces a fine powder. When this powder is then mixed with water and applied over bricks, walls or cement, it hardens and re-forms to form a smooth surface called gypsum plaster.

Gypsum plastering has received widespread acceptance and…

Gypsum plastering produces a smooth finish with perfectly leveled corners while sand cement plastering results in cracks. Due to this, cement plastering requires putty but gypsum plastered walls are paint-ready and does not require putty application. Cement plastered walls may also require a whitewash to cover cracks.

Cement industry is the source of 8% of global greenhouse gas emissions as it consumes more fuel to…

The leading engineers and architects in the world are working towards reducing the dead weight of high-rise buildings to make them earthquake and windproof. Gypsum has a low density and higher compressive strength that results in lowering the weight and same time achieving the strength needed to load-bearing sections of the building. Gypsum plays a vital role in enabling this, invariably all high-rise buildings around the world use…

Some of the best-preserved examples of gypsum plastering are found in several monumental buildings of Egypt. This includes the pyramids of Giza, frescoes and ornaments, and royal buildings of Britain. They are standing tall even today, is a testament to the unmatchable durability of gypsum plasters as well as to the fact that the usage of gypsum as a plastering material extended several centuries and…

What matters the most in educational institutions is the effectiveness of communication between the students and the teachers. Studies demonstrate that classroom acoustics influences the clarity of communication between students and teachers, which eventually impacts the process of learning and knowledge acquisition. Disturbances in the form of sound from classrooms nearby would hamper the knowledge transfer from teachers and the receptiveness of students to a great extent.…

Educational institutions forever strive to provide a striking platform for students to communicate with teachers and mentors in their motive of helping them build skills and competencies. The environment and the quality of interiors play an important role in the process. Interior design must have the ability to promote clear and concise communication between students and teachers. Gypsum wall plastering has been increasingly preferred by educational institutions as an alternative to…

It is almost impossible to find another material that has all the properties of gypsum. Thus, ‘NOW’ is an appropriate time for builders and construction companies to shift towards gypsum plastering and other gypsum-made products to tackle the cement price hike, to construct buildings in a short time and at low cost, to reduce carbon emissions, and to lower environmental hazards.…