Magicrete Constructs 1000 Apartments using 3D Modular Precast Concrete

The 3D Modular Precast Construction System was used to complete a mass housing project in Ranchi, according to Magicrete, a manufacturer of AAC blocks, construction chemicals, and precast construction solutions.
This project, which consists of 1008 housing units, shows cost parity with conventional building techniques while cutting construction time by as much as 40%. This not only increases housing accessibility but also highlights precast concrete technology’s potential in India.
“Magicrete remains committed to driving innovation and sustainable development in the construction sector, paving the way for a brighter future for India’s built environment,” said Sourabh Bansal, Managing Director of Magicrete, in a statement.
“I am incredibly pleased of our team’s commitment to completing Ranchi’s first mass housing project in India. In addition to meeting the urgent housing needs of the urban poor, this project demonstrates the revolutionary potential of precast concrete technology in the development of robust, economical, and sustainable housing solutions.”
These safe homes designed to withstand disasters will offer a green and healthy living space. In order to empower communities and promote inclusive development, the project also makes sure that public transportation, healthcare, education, and livelihood services are easily accessible.
The efficiency and caliber of the housing units in the project were further improved by Magicrete’s skill in utilizing volumetric technology. The project is an example of how precast concrete technology can be used to provide better housing solutions by cutting down on the amount of components and joints, guaranteeing a waterproof construction, and speeding up the production and erection procedures. The project was finished in 18 months despite early difficulties with land acquisition, proving Magicrete’s dedication to on-time delivery and superior execution, according to Siddharth Sharma, President of Magicrete Precast.