Mivan Construction: Emergence of New Technology and Its Impact

If you want to know more about Mivan Construction, you are at the right place. Let us enlighten you with this informative article.

A European construction company named Mivan Company Ltd. developed a quality aluminium structure called Mivan. The manufacturing process of these formwork systems started being initiated by Malaysian companies in the 1990s. Construction of houses on a mass scale at a higher speed is one such situation where this innovative form of work of Mivan construction is the most fitting.

For large housing or township projects, greater importance should be placed on the speed of construction. The "MIVAN formwork system" was a smart measure adopted by the real estate industry to counter the unusual challenges encountered during the construction process in terms of time, cost and quality. In Mumbai, numerous buildings have been constructed with Mivan Construction technology, which the existing Indian real estate market has found to be satisfying and has been declared economical as well.

Specialities of Mivan Formwork

The most remarkable specialities of Mivan formwork are stated below:

Load Bearing Strength

Mivan formwork load-carrying capacity is 7-8 Tonnes per square meter. Mivan formwork weighs around 18-20 kg per meter square, comparatively less weight than other materials.

Striking Span

After concreting, the striking time of vertical (wall) formwork is 12 hours, or when concrete strength has reached 10N/mm2 or when concrete strength has reached 2N/mm2 and horizontal (deck) formwork is 36 hours after concreting.

Longevity

The Mivan formwork panels are sturdy and durable as they have been constructed of structural aluminium alloy. The repetition of around 200 times is possible for a single component.

Process Time

With the use of Mivan formwork, approximately only 7 days are required to cast the floor. The construction speed can be enhanced with this system so that the project can be completed more quickly.

Different Phases of Mivan Construction

Three different phases are needed for this kind of construction:

Putting Up the Wall Reinforcing Steel

The factory-made steel mesh is constructed immediately on the construction site, and the Mivan construction aluminium formwork is cast around it. The reinforcing steel is utilised to create a structure and sustain the concrete until it has achieved 50%of its strength.

Aluminium Formwork Placement

In the form of aluminium formwork along the walls, reinforcing steel, prefabricated floor slabs, and room-sized walls are assembled. Working to the high precision of the Mivan construction technology, its aluminium alloy slabs are lightweight and very easy to work with.

These pre-integrated rooms are also incorporated with elements such as chajjas, stairs and façade panels, including doors, windows and ductwork. Once the concrete structure is suitable, the pin and wedge procedure will be used for disassembling these forms.

Concrete Pouring

After they have been cast, high-quality concrete is poured into them, and the concrete's shape and form are based on the cast shape and form. As these aluminium forms can be re-used almost 250 times, less waste is produced on the construction site. The cast is subsequently removed for a hard-concrete construction supported by wall-reinforcing steel.

Mivan Construction will irrefutably be the best of all technology in India, one of the most favourable modern technology. The efficiency has been greatly enhanced, and numerous project units have been constructed using this technique.

Advantages and Disadvantages of Mivan Technology

The unavailability of the construction workforce and the cost of construction for assembly compel the developers to adopt new technologies.

When it comes to Mivan Construction, it is very much befitting for skyscrapers with typical floors, saving capital and time, in comparison to other conventional column beam construction methods.

However, along with the positives, Mivan Construction also gets some negatives, like any other construction method. Stated below are some merits and demerits of the Mivan Construction technology.

Merits of Mivan Construction

• Momentum: Compared to other conventional construction techniques, it reduces the total rotation time by almost half.
• Less Need for Manpower: This technology reduces the need for skilled labour and eradicates activities like masonry and rendering activities that require a lot of work as it provides a defined procedure and goals.
• Seismic and Long-lasting Resistance: Buildings are more invulnerable to seismic and stay strong for a long duration.
• Less Supervision: This technology decreases the possibilities of infiltration, mainly without construction joints and with free-flowing concrete utilised in it.
• Slick Texture: The technology of the Mivan is uniform; as a result, all walls and slabs have a smooth finish, and no additional plastering is required.
• Enormous Carpet Area: Compared to traditional construction techniques, it allows removing more carpet areas.
• Earthquake Resistant: Since the structure is constructed using a Mivan monolithic concrete structure that acts as a single strong unit, it is relatively more resistant to earthquakes and dependable in the event of the strong.

Demerits of Mivan Construction

• Costly: Aluminium moulds are much more expensive than conventional moulds.
• Visible Finish and Texture: Since the components are so tiny, the final building may have some finish lines visible on the concrete's surface.
• Less Flexibility: All members are posted to the RCC and cannot be added, removed, or modified.
• Uniform Planning is Required: This technology requires coordinated economic planning and upgrading because it is relatively expensive.
• Possible Shrink Cracks: Walls and ceilings might develop cracks due to shrinkage. Utilising structural control strips or fly ash to lower thermal hydration helps prevent this.

Effect of Mivan Construction on Indian Real Estate

• Since Mivan's building approaches significantly impact construction under the PMAY programme, unlike traditional construction, these two aspects may coexist. Future construction prices might decrease once Mivan technology is adopted.
• The Indian real estate sector has set out to transform Indian real estate by integrating cutting-edge technologies into the building process.
• The effects of these new technologies may be observed in project management services, design procedures, structural analysis, building design, and building quality and safety. Advanced and intelligent building technology is required by government efforts like "Housing for All," "Smart City Mission," and growing urbanisation.
• Additionally, developers must deliver high-quality projects on schedule to avoid penalties under the Property Regulations and Development Act of 2016.
• With its simple concrete casting techniques, Mivan Technology is quickly altering Indian Realty. This technique, created by a European construction firm, is gaining popularity among developers because it can quickly build many homes.
• This technology is a superior substitute for traditional technology regarding cost, quality, time and resource requirements, structural stability, and the impact of wind and seismic forces on tall structures.
• Due to the availability of funding, qualified staff, and organisational capacity, developers in Tier I municipalities have already adopted those changes. However, the real estate industry in Tier II and Tier III towns has been the only sector to implement site-based fully created generating.
• A lack of information and a reluctance to experiment with new methods may also contribute to resistance to adopting new-age creativity generating.

Conclusion

A wide spectrum of developers has already utilised this generation, and many follow in their footsteps. Within the real estate sector, change is expected.

Today, there is a growing emphasis on exceptional awareness and timely job delivery, which encourages the switch from conventional to innovative tactics like Mivan.

Mivan Construction offers numerous advantages to real estate developers and produces an outcome that is way too perfect for homebuyers. However, as stated earlier, such development procedures call for substantial inputs and are impractical for modest creation projects.