The usage of Mivan Technology has resulted in a breakthrough in construction methods. It shortens the construction process while simultaneously improving durability and strength. Aluminum formworks are used in the Mivan shuttering construction process to provide strength and longevity to a structure while reducing total project duration.
Mivan Technology has been able to meet the need of real estate industry stakeholders to adopt the most cutting-edge construction techniques and scaffolding dealer services. They can expect low-cost housing due to Mivan Technology’s application, bringing the dream of “Housing for All” closer to reality. This cutting-edge technique employs Mivan shuttering, which saves time and, as a result, is very successful in enhancing productivity and return on investment, particularly in large-scale construction projects.
Mivan Technology was created by Mivan Firm Ltd, a company based in Europe. For this innovation, they used an aluminum formwork system. The company began producing these formworks in 1990, and the technique was given the name ‘Mivan Technology.’
In India, How Widely Is It Used?
Despite its reputation in Europe and the Gulf, as well as a few Asian nations, the Mivan Technology has yet to be broadly adopted in India. However, it has recently been established that employing it for mass projects under the Indian government’s ambitious scheme, the PradhanMantriAawasYojana (PMAY), aims to provide housing for all by 2022, will be beneficial.
For its cost and time savings in large-scale civil construction projects, it will enable the development of cheap housing for the Indian people, mandating the widespread application of this ostensibly new construction technology based on Mivan Shuttering in India. It offers to shutter stock exchange services as well. It will also ensure the quality and effectiveness of civil structures because it employs aluminum frameworks.
Pros And Cons Of Mivan Technology
- When compared to traditional construction methods, it reduces construction time by around half.
- Reduces the use of specialized labor and eliminates labor-intensive professions such as carpentry and masonry.
- Provides an earthquake-resistant construction.
- The end effect is a more robust structure.
- Reduces leakage owing to a decrease in the number of joints, requiring minimal future maintenance.
- When Mivan Technology is applied, the structure is homogeneous, and the slabs and walls have a smooth texture.
- When compared to traditional procedures, there is potential for more carpet areas.
- If the components utilized are smaller in size, the finished construction may have visible finishing lines.
- Changes to the structures after they have been cast are difficult, making the construction inflexible.
- Shrinkage may cause cracks in the slabs and walls, which can be avoided by using control strips or reducing the hydration heat created by the chemical interaction between water and cement by incorporating fly ash.
Is There A Future For Mivan Technology In The Indian Construction Industry?
Even though the technology is not indigenous, the benefits exceed the limitations. It is certain to gain appeal among progressive builders, particularly in constructing huge civil projects, especially since it leads to cost savings and quality improvements.