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Why is Rammed Earth Constructions Getting Popularity?

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There are a number of reasons that rammed earth constructions are getting a lot of popularity & recognition these days. Understanding the growing desires of customers and the use of attractive designs are some of the reasons behind their success & recognition! Although, building homes using high pressure to compact damp earth is something that people prefer rammed earth constructions. All of their earth house construction projects don't just look beautiful & attractive but they also have gained so much recognition all over the world. Observation Tower in Belgium is one of the best examples of their projects.  If you are imagining a home whose floors, walls, and overall interior are super-strong, totally natural, and very affordable, then it is advisable to hire the best builders of Rammed Earth Constructions. The ones who are award-winning and professional in this field will surely help you meet your dream home or building desires. Here, we have curated a list of some

Ultimate Guide to Rammed Earth Construction!

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Want to know in detail about rammed earth construction ? Maybe you have probably heard the term but have not any knowledge about it? Well, rammed earth construction is the procedure of compacting a mixture of aggregates like gravel, sand, silt, and clay into one place between temporary formwork panels. When the mixture turns into solid or dry, the formwork is removed to reveal solid constructed walls. Indeed, this conventional technology was used in ancient times for constructing obsolete monuments and vernacular architecture. Previously, the architectures used wooden poles into the earth mixture to compress it.  But nowadays, a mechanical ramming is used in place of a wooden pole. This modern technology is an alternative to traditional rammed earth that adds a small amount of cement (around 5 - 10%) to increase strength and endurance. Such stabilised rammed earth come up with extra protection and are also surfaced with an air-permeable sealer to enhance the life of the material. Gene