Buildings with AAC exteriors can be covered with one layer or two layers of plastering for finishing which depends on the requirements. Additionally acrylic finishes, textured layers like brick or stone and various other approved paints can be used. On the interior front virtually any kind of finishing can be used like plastering, textured paint, wood panels, tiles, Sheetrock and more.

In many countries AAC is used conventionally and clay bricks are an outdated method. In Europe it is being used since 1923 and in India since the early 70s. AAC is in every way superior to the traditional method of using clay bricks. Be it fire safety, strength, longevity. It is made from non-toxic ingredients using methods that are not only within the industry norms but also within the ecological norms. Expert testing has proven that it is non-hazardous. It is safe to use and it is safe to produce.

AAC has been in use in India since early 1970s. However at that time the cost of manufacturing it was high since it required expensive equipment as compared to the cheap brick kiln. Now the story is different. With increasing labour costs and fuel costs the brick kiln setup is at par if not higher in expenses as compared to AAC. AAC is superior in every aspect as compared to clay bricks. Hence at this point of time and the foreseeable future it is a more attractive and viable option.

AAC blocks are singular structures, they are less dense that the standard concrete and are still capable of securing heavy items. Fasteners can be used just like that in a standard concrete wall and they can be driven in with a heavy hammer instead of wasting electricity using specialty drills. Such setup can be done virtually anywhere on the walls. There is no need to find studs for hanging heavy objects.

A standard AAC block is 9 times the size of traditional bricks. This leads to fewer joints which in turn consumes less amount of cement. Since AAC blocks are factory products they tend to have a better finishing and are manufactured very precisely to the specifications. Due to the larger size and lighter weight the transportation and construction is faster. Labour cost is comparatively lower.

The process is very easy. After the walls are built the electrician draws out where the wires will go. A manual or electric router is the used to carve out the channels. After the electrician is done with the installation of the wires regular plaster can be used to fill it up and a smooth finish can be given to it. Given the composition of AAC blocks this process is quick and easy. If in future any changes are required they can be easily made.

Eco-Friendly This product takes pride in the fact that it is produced from recycled industrial waste; fly ash. It’s made up from non-toxic ingredients. The process of producing AAC is clean and there is only one by-product; steam. Also, the total energy consumption for producing Suryshree blocks is less than 50% of what it takes to produce other building material. The Indian Green Building Council has certified AAC blocks to be green building material.

Energy Efficiency Suryshree AAC blocks prevent larger energy consumption. Firstly while its production and secondly by thermal insulation. The product being lighter than its ageing counterpart, the bricks are easy to transport and manage. The overall effort taken to construct using AAC blocks is much lower than that of using bricks.

Cost Effective Suryshree Blocks cuts down the operating cost by 30% to 40%. It requires lesser number of joints ensuring less usage of steel and concrete and thereby reducing the overall construction cost by 2.5%. Excellent insulation cuts energy cost by 30 %. Variety in sizes of blocks helps an increase in the carpet area. Wall painting and plastering last longer since efflorescence does not affect AAC. This translates into lower maintenance costs.

Epoxy grout is a high-performance tile grout made from a blend of epoxy resins and a filler powder. Unlike traditional cement-based grouts, epoxy grout is highly durable, waterproof, and resistant to stains, chemicals, and cracking. It is commonly used in areas exposed to moisture, heavy traffic, or harsh cleaning agents, such as kitchens, bathrooms, swimming pools, and industrial spaces. Epoxy grout offers a long-lasting finish and retains its color and texture over time, making it a popular choice for both residential and commercial tile installations.

The lifespan of epoxy grout is typically 30 to 50 years, depending on the quality of the product, the conditions of use, and the level of maintenance. Its durability far exceeds that of traditional cement-based grout due to its resistance to water, stains, chemicals, and wear. Regular cleaning and proper installation can further extend its longevity, making it a reliable choice for long-term tile installations.

Grout is used to fill the gaps between tiles, bricks, or stones, securing them in place and providing a finished, polished look. It also prevents moisture from seeping into the joints, ensuring the longevity and structural integrity of tiled surfaces.

Grout typically takes 24 to 72 hours to dry completely, depending on the type of grout, the humidity, and temperature. It's essential to avoid foot traffic or water exposure during the drying process.