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![]() It is well suited to high-rise buildings and urban areas with excessive temperature variation.AAC is an extremely thermal insulating concrete-based material used for both interior and exterior construction.Construction with this concrete could require particular permission.Very few contractors who are familiar with AAC.It is as sturdy as conventional concrete.The variety of manufacturers is proscribed, so the price will likely be drastically increased in places farther from the manufacturer might want to travel with distance.The manufacturing price per unit for ACC is larger than other common concrete.The major disadvantages of AAC are listed below: Disadvantages of Autoclaved aerated concrete: When possible, using AAC is a better choice for the environment friendly. When it is used it reduce environmental waste by at least 30%, as opposed to going with conventional concrete to reduce greenhouse gasoline emissions by 50%. They are also produced in sizes which can be simple to handle for quick construction. Lightweight:Ĭoncrete blocks which can be made by the weight of ACC are about one-third of concrete. ![]() It will not degrade even under regular local weather changes. The life of this materials is extended because it is not affected by excessive climate or excessive changes in climate circumstances. There may be very less need for on-site trimming since blocks and panels fit so well collectively, there is a reduced use of ending materials such as mortar. Panels and blocks made of autoclaved aerated concrete are produced to the exact size required before leaving the factory. It does not attract rodents or other pests nor is it damaged. Non-Toxic:Īutoclave aerated concrete does not contain any toxic gases or other toxic substances. It usually does not require any supplemental insulation when it is used. This is an excellent property that makes it an excellent insulator means that the internal environment is easy to maintain. The major advantages of AAC are listed below: 1. Advantages of Autoclaved aerated concrete: It can be used as a load-bearing construction material. The density of AAC varies from 300 to 1000 with apparent density varying from 350 kg /m3. The masonry unit is formed by cutting the soft core mass & the steel is embedded in the AAC with pre-chemical treatment to protect it from corrosion. Introduction to Autoclaved aerated concrete: Here we will learn about autoclaved aerated concrete, advantages & disadvantages of autoclaved aerated concrete. His status is confirmed by many publications, consulting evaluations and speeches at international technical conferences on concrete and AAC production technology (see in downloads).Autoclaved aerated concrete (AAC) is a lightweight, precast, foam concrete building material suitable for the production of concrete masonry unit (CMU) blocks composed of quartz sand, calcined gypsum, lime, cement, water, and aluminum powder, AAC products are cured under heat and pressure in an autoclave.Ĭellular concrete is moistened through steam at atmospheric temperatures, although high-pressure steam curing is used in autoclaves. He is considered a leader and an expert in the field of AAC and a visionary for panel technology and panel-based building solutions. Willem van Boggelen is very well-respected within the global AAC industry. ![]() Today, Aircrete Europe is the only global vertically integrated company with decades of tradition and expertise in developing AAC production technology and building applications for panels as well as blocks. Based on flat-cake technology and supported by vertically-integrated approach resulting from its involvement in own plants, Aircrete Europe has positioned itself as the most experienced production technology player for panels in the world, with strong operational know-how and capabilities.Īlthough the founding father of Aircrete, Mr. Van Boggelen saw the potential to bring back and strongly innovate the AAC flat-cake technology, to serve the “abandoned” Durox, Siporex and Hebel plants and further grow AAC panel applications. Anticipating the shift towards panels, away from blocks, Mr. Willem van Boggelen, who started in the industry almost 50 years ago as a with a solid technical background including a degree in Mechanical Engineering and Fluid Mechanics. Aircrete Europe was founded in 2002 by Eng.
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