Precast technology allows for better and faster customisation at construction sites.
Krishan Mohan Sharma
How is precast technology gaining momentum in today’s construction activities?
Precast technology is gaining momentum in India's construction industry due to several factors. Firstly, precast technology offers faster construction timelines compared to traditional construction methods. This is crucial in a rapidly developing country like India, where there is a high demand for infrastructure projects and housing.
Secondly, precast technology allows for better quality control as the components are manufactured in a controlled environment. This ensures that the structures are built to the highest standards, reducing the risk of defects and enhancing durability.
Thirdly, precast technology offers cost savings in terms of labour and material usage. The use of standardised precast elements reduces the need for on-site labour and minimizes construction waste. This helps in optimizing construction costs and improving efficiency.
Another factor driving the adoption of precast technology in India is the increasing focus on sustainable and green construction practices. Precast technology allows for the use of recycled materials and reduces the carbon footprint of construction projects.
Additionally, the government's initiatives such as the ‘Make in India’ campaign and the push for affordable housing have further pushing the growth of precast technology in the country. The government has also introduced policies and incentives to encourage the use of precast technology in public infrastructure projects.
The precast technology offers several emerging opportunities. It enables faster construction without compromising on quality, reduced wastage/pollution at site, and improved durability of the structures. Precast technology also allows for better and fast customization at construction sites.
What are the major advantages of precast technology? Which segments drive the demand?
Time saving with speed, better quality due to controlled production, cost savings, and sustainability has made precast technology an attractive choice for construction projects in India.
The demand for precast technology is primarily driven by segments such as residential buildings, commercial complexes, industrial projects, and infrastructure development.
How do you see the emerging opportunities for precast technology in bridges and flyover projects?
Firstly, precast elements can be manufactured off-site in controlled conditions, allowing for better quality control. This ensures that the bridge or flyover components are built to the highest standards and meet the required specifications.
Secondly, precast technology enables faster construction of bridges and flyovers. The precast elements can be fabricated concurrently with the site preparation, reducing overall construction time. This is especially beneficial in urban areas where minimizing disruption to traffic is crucial.
Moreover, precast technology enhances the durability and longevity of bridges and flyovers. The precast elements are manufactured using high-quality materials and advanced techniques, resulting in structures that can withstand harsh environmental conditions and heavy loads.
Additionally, precast technology reduces the maintenance requirements of bridges and flyovers. The use of precast elements with integrated corrosion protection systems minimizes the need for regular maintenance and repairs.
In summary, the emerging opportunities for precast technology in bridges and flyovers lie in its ability to deliver faster construction, improved quality, design flexibility, durability, and reduced maintenance. With these advantages, precast technology is poised to play a significant role in the construction of bridges and flyovers in the future.
What are the latest technologies offered by the company in precast concrete?
Our company offers a range of latest technologies in precast concrete. Some of these include advanced formwork systems like 3D Pod Moulds, Size adjustable Column beam mould, Tilting tables, Flexible staircase moulds, etc.
Automated production processes, and innovative connection systems for precast elements, like circulation plants, central shifter plants, TCT production line etc. These technologies enhance efficiency, quality, and sustainability in precast construction projects.
What are the challenges in precast construction of structures, especially in the handling and transportation of the precast structures?
Yes, there are challenges in the handling and transportation of precast structures. These challenges include the need of specialized equipment for bigger sizes. Careful planning, and coordination is needed to ensure the safe and timely delivery of precast elements to the construction site by undeveloped roads with major blocking at different tolls.
What are the future plans of the company in the precast construction technology?
In terms of future plans, our company aims to further innovate and improve precast construction technology suitable to Indian construction market. We will continue to invest in design and development to develop new solutions that enhance efficiency, sustainability, and project possibilities in precast construction.
What is your outlook on the precast market for the coming years?
The outlook for the precast market in the coming years is positive. The demand for precast technology is expected to grow due to the increasing focus on sustainable and efficient construction practices. The need for faster construction timelines, cost savings, and improved quality control will further drive the adoption of precast technology in the construction industry.
Also, the bigger project size in India with tight timelines without compromising on quality is generating more demand for precast technology and meeting ESG requirements.
