Ultimate Guide to
Effective Waterproofing Solutions for Wall Plaster.

Gypsum plastering offers numerous benefits than cement plastering in terms of resource consumption, durability, output and acoustics. Gypsum Plastering is fire resistant, sound proof and heat resistant. Amazingly better properties than cement sand plaster.

It is made from deposits of gypsum rock or sand. Raw gypsum is heated to drive off a portion of the chemically combined water. The resulting gypsum plaster, when re- combined with water, sets like cement, only much faster.

Smooth Finish: Gypsum plaster is known for its ability to create a very smooth and even surface. It offers a more polished and aesthetically pleasing finish compared to the slightly rougher finish of sand-cement plaster.

Workability: Gypsum plaster is easier to work with and allows for precise and uniform application. Skilled laborers can achieve a high level of detail and accuracy when using gypsum plaster.

Quick Drying:Gypsum plaster sets and dries relatively quickly, typically within 24 to 48 hours, depending on environmental conditions. This quick drying time can speed up construction schedules.

Lightweight: Gypsum plaster is lighter than sand-cement plaster, which reduces the load on the building structure.

Fire-Resistant: Gypsum plaster is inherently fire-resistant, making it a suitable choice for fire-rated walls and ceilings.

Yes. Gypsum can be applied directly on the brick substrate. Rough Plastering is not needed until the thickness of gypsum goes above 1 inch.

Gypsum Plasters have a higher compressive strength than cement. Cement acquires strength from water curing, while on the other hand gypsum gets its strength when mixed with water at the right time and in the right proportions. Gypsum has a higher breakpoint and a greater strength as it is a naturally occurring rock.

Traditionally sand-cement plaster was extensively used for levelling interior walls on Bricks, AAC Blocks, Concrete Blocks & RCC surfaces. In certain markets to achieve crack free and smooth finished walls, 3mm to 6mm of gypsum plaster is applied over sand-cement plastered surface, this is called as gypsum punning.

Plastering makes the rough surfaces of the walls smooth. Plastering covers rough edges and uneven surfaces, thus increasing durability and strengthening walls. Plastering also gives a good finish to the walls of your house and this will make your home look appealing.

Gypsum plaster is advisable when compared to cement plaster as it gives better-desired finish and performance. Gypsum plaster is also advisable where river sand/natural sand is not easily available for the construction. Good quality gypsum is not available everywhere and hence costly.

Yes, Gypsum plaster is completely recyclable and environmentally-friendly. Gypsum is also an integral part of green buildings certification. Gypsum plaster’s main constituent is stucco, obtained from mines after heating the gypsum rock that goes back to its original form providing required strength after adding water to it.

Gypsum is a naturally occurring recyclable material. It helps save energy at home because it is heat resistant. During LEED certification of green buildings, gypsum plastering has points that add up for certification. All major certified green buildings use gypsum plaster.

The paint surface should be hacked and sandblasted before applying paint. The same procedure that we follow to apply cement on paint works for gypsum as well.

The term "plastering product range" typically refers to the various products and materials that are used in the process of plastering during construction and renovation projects. Plastering involves the application of plaster or similar materials to create smooth and finished surfaces on walls and ceilings.

The minimum thickness of gypsum plastering is 2mm and the maximum is 24mm. If it is above 24mm, the surface has to be prepared before applying gypsum. At Kanish Plasters, we have quality checkpoints and norms to ensure life and consistency.