Magicrete Building Solution Private Limited

Internal Non load bearing AAC partition panels-AAC Wall panels are Made out of cement, lime and silica as raw materials. They have a welded steel mesh with special anti rust treatment (reinforcing bars) as reinforcement which allows them to have high flexural strength. Wire cutting of panels to required sizes allows excellent dimensional accuracy. They are cured in a high pressure and temperature autoclave which renders high compressive strength to them.
Flexural strength:
A mechanical parameter for brittle material, is defined as a material's ability to resist deformation under load. Steel reinforcement gives high flexural strength to
AAC panels which allows them to be manufactured in one single piece from floor to ceiling (heights of upto 4.2 metres) which is otherwise impossible.
Light Weight:
Being made of AAC oven dry density of wall panels upto 600 Kg CBM. As a result, dead weight of the building goes down which result in a structural steel & concrete saving of upto 20% Faster construction. AAC wall panels are installed vertically in a monolithic structure from floor to ceiling. Coupled with a very easy buy scientific method of installation helps walling speed up by upto 15 times compared to traditional walling methods.
Ease of Logistics:
AAC wall panels come in company packed pellets there by making both surface transport and unloading very easy. In addition construction cranes can be used to vertically lift these pellets to location there by increasing ease of usage at site.Elimination of cracks:Because of high pressure and temperature curing thermal shrinkage of AAC panels in minimum. In addition expansion joints at interfaces and joining with polymer modified adhesives reduce chances of cracks in walls to a minimum.
Sound absorption:
Magicrete AAC blocks have excellent Sound reduction index. Internationally, Sound Reduction Index is used to assess the performance of acoustic properties of partition structures and AAC blocks not only have a very low sound absorption index of A0 (meaning virtually all sound is reflected and nothing absorbed) but also a very low sound transmission index of B3 (which means that sound traveling through AAC gets dissipated and is not transmitted). In the US, an equivalent index of Sound Transmission Class is used and AAC blocks have an STC between 40 and 60 – indicating very high insulation from external noise.
Earthquake resistance:
As the construction material is devoid of organic content, AAC provides superb resistance against common pests and even molds.
Pest resistance:
Due to absence of organic content in the blocks, Magicrete AAC provide excellent resistance against common household termites, pests and even molds. 

AAC or Autoclaved Aerated Concrete first came into being in 1923, thanks to the efforts of Swedish Inventor Johan Axel Eriksson. The AAC is a cost effective and environment--friendly substitute of red clay bricks as construction material for making walls.
Information about the excellent properties of AAC, that includes excellent thermal and sound insulation properties along with light-weight yet high load bearing capacity has now spread across Europe and beyond, leading to the demand of AAC. These blocks and panels have low cost of construction and are energy-efficient manufacturing and installation.
Approximate 80% of the volume in AAC blocks is air, making its weight just a third of a clay brick. The AAC block is formed on the reaction of aluminum with blended proportion of cement, gypsum, fly ash and lime. When hydrogen gas emanates, it imparts a robust honey-comb structure to AAC blocks. The curing process is not yet finished. On further processing under high pressure steam, the blocks gain the required strength. In the production process, proportions are monitored closely to ensure consistency. To ensure consistency in the proportions production process is monitored closely.
AAC has growing market shares in several countries. More than 40% of all construction in UK and 60% of all construction in Germany accounts for AAC. In India, the demand of AAP block has grown 10 fold in the past few years. Today, AAC is used as building material in all types of buildings. Capable of withstanding all weather conditions, it can be used external or internal walls. These can be efficient for basement walls, framed structures and loadbearing applications.
Cost saving in the execution:
AAC blocks manufactured by Magicrete weigh almost 80% less than conventional bricks. This means that the deadweight of the structure is considerably reduced. Thanks to the reduced deadweight, usage of steel and cement comes down considerably that means huge cost savings. The savings can be almost 30% which can be increased even more by using MagicBond for joining block. In place of cement plaster, MagicPlast should be used. As MagicPlast requires curing time of just 2 hours compared to a week of cement, the water consumption and turnaround time is considerably reduced. Inner structures of AAC blocks have the same insulation and strength as clay bricks increasing the overall carpet area of the structure.
Light Weight:
Presence of uniform air pockets in AAC blosks results in significantly less weight compared to the clay bricks. This leads to not only lower costs in transportation but also in lower dead weight of the structure and hence contributing to lower requirement for steel and cement in building the structure.
STRENGTH
High Strength:
AAC blocks have the compressive strength in the range of 3.5-4N/m2 compared to clay bricks that have just 2.5-3N/m2. The blocks can be efficiently used as a building material for hospitals, schools, high-rises and other structures.
Earthquake and Fire Resistant:
AAC blocks produced by Magicrete can be very effective against fire and meet stringent requirements regarding fire safety. It can withstand fire up to 1200°C. The material is designed to withstand fire up to 1200°C. Cellular air pockets contribute to the thermal transmittance which is 60% of the clay brick. It has outstanding thermal insulation and can withstand high heat/frost conditions very effectively. On the ambient temperatures, the impact is low. This adds to energy efficiency as the cooling and heating requirement of such structures is quite low. 
Pest Resistant:
As the construction material is devoid of organic content, AAC provides superb resistance against common pests and even molds.