Revolutionizing Construction: Exploring the Mivan Technology

Examples :

• Mivan or Aluminum formwork

• Steel formwork and Plastic formwork

Difference between Aluform and Mivan technology :

• ‘Aluform’ refers to the aluminum forming process utilized in construction, much like ‘Mivan’ a company that pioneered this technology. Similar to how ‘Xerox’ is often used as a term for photocopying in India, both ‘Aluform’ and ‘Mivan’ are synonymous, representing the innovative construction method involving aluminum formwork.

In Mivan construction the formwork panels are well-made, ensuring consistent dimensions and a smooth concrete finish :

• The technology uses pre-engineered aluminum forms making each structure precise and accurate.

• Concrete is mixed under strict quality control and delivered to the site.

• Before pouring the concrete, the forms are set up with windows, doors, and frames.

• This makes construction faster and more efficient.

• The aluminum formwork is modular, making it easy to set up and remove.

• After the formwork is removed it does not require plaster, making the walls ready to be painted.

Traditional masonry makes use of bricks, stones and concrete blocks to construct walls and structures. :

• This method is time consuming and relies heavily on the skill of the mason.

• In regions with high seismic activity brick masonry is unsuitable.

• A prerequisite step involves plastering the wall before it can be painted.

• Absorption of water by bricks can lead to white depositions on the bricks known as efflorescence. This can affect both appearance and durability of the bricks.

Does Mivan construction have a longer lifespan? :

• Yes, Mivan construction is exceptionally durable and low maintenance. Buildings constructed using Mivan are resistant to wear and tear, leading to an extended lifespan in comparison to conventional buildings.

  Time taken for construction	The time taken for construction is higher because the set has to be done manually and the waiting period for curing is anywhere between 14 to 28 days.	In this system, the walls and floor are molded together in one continuous operation in a matter of a few hours and the structure can be used within 3 to 7 days.
  Wastage	Higher.	Lesser than RCC/Brick wall.
  External Finishes	Post construction extra time is required to plaster the wall before it can be painted.	Once the walls are assembled, it can be painted directly.
  Maintenance	High due to repairs in plaster of wall and ceiling. Repainting and leakages required due to plumbing installations.	The walls and ceiling are of high quality concrete, so repairs for plastering and leakage are not required often.

  Advantages Of Mivan Technology

  Below listed are some of the key points :

  Lightning fast Construction :

  Mivan construction surpasses traditional beam, column, and brick construction methods in terms of speed due to its utilization of prefabricated panels.

  Smooth Finish :

  Mivan construction provides a smoother finish on structures.It also provides a smooth finish devoid of plasters that is quicker than traditional masonry.

  Efficiency and Precision :

  Mivan construction follows a pre-planned technique, which helps streamline the construction process and improve efficiency. Also the result achieved is consistent and precise for multiple uses.

  Durability :

  The panels for Mivan formwork are made of high grade aluminum thus making them stronger and resilient than load bearing walls. A single component of Mivan can be reused around 150 times making it sustainable as well.

  Reduced Labour Cost :

  While the initial set-up of Mivan technology demands skilled laborers, the assembly and setup are straightforward, thereby requiring a reduced workforce.

  Earthquake Resistant :

  The construction through Mivan Technology exhibits heightened earthquake resistance, making it considerably safer in the face of seismic activity. This safeguard arises from the fact that Mivan-built structures take the form of a unified monolithic concrete entity functioning as a singular unit.

  Higher carpet area :

  Technology offers more carpet area because walls constructed through this method do not require an additional plaster.

  Reduced Pour Joints :

  Pour joints are areas where newly poured concrete meets existing, hardened concrete. In conventional construction, these joints can become vulnerable points and sources of leaks. In the context of Mivan construction, the necessity for pour joints is notably diminished owing to the method’s continuous casting approach and the incorporation of formwork panels that yield uniform and seamless surfaces.

  Disadvantages Of Mivan Technology

  While Mivan technology offers several advantages, it also has some drawbacks and limitations that should be considered:

  High Initial Investment :

  The initial cost of setting up the aluminum formwork system and training workers in the Mivan construction method can be relatively high. This can pose a challenge for projects with limited budgets.

  Limited Flexibility :

  Mivan formwork systems are typically designed for specific project requirements. Changes to the design or layout during construction can be complex and costly compared to traditional methods that allow for more flexibility.

  Minimal Energy efficiency :

  Mivan construction relies solely on reinforced cement concrete. The entire structure is composed of concrete and steel and has poor thermal insulation properties. As a result, buildings constructed with Mivan technology exhibit minimal energy efficiency.

  Skilled Labor Requirement :

  Mivan construction requires specialized skills and training for workers to properly assemble and dismantle the formwork system at the inception level. This can be a limitation in areas with a shortage of skilled labor.

  Maintenance and Repair :

  While Mivan-built structures are generally durable, damage to the formwork system or the aluminum panels can require specialized repairs. Obtaining replacement parts or repairing damaged components might be challenging and time-consuming

  Advancement In Mivan Technology

  

  • Quality control has been enhanced through advanced sensors and monitoring systems, minimizing errors and ensuring better construction quality.

  • Sustainability is becoming a priority in real estate thereby eco-friendly raw materials and practices are increasingly being reinforced through Mivan Technology.

  • Overall, these advancements lead to faster construction, greater efficiency, improved sustainability, and reduced reliance on manual labor. However, before choosing Mivan technology, it’s crucial to consider its advantages and disadvantages, as well as the specific needs of each construction project.

  Conclusion

  Recent advancements in Mivan technology have brought about significant improvements. These include integrating 3D printing to create complex formwork components, and using Building Information Modeling (BIM) for precise digital planning before construction is initiated. Robotics has also been introduced to automate tasks like placing reinforcing bars and pouring concrete, reducing manual labor.

  • At Modern Spaaces, we strongly believe in employing the power of modern-age technology. We make sure each of our projects are RERA certified and our newest venture, Soulace, an elegant Villa project has been made using the innovative Mivan technology.

  • Mivan technology offers several advantages in terms of speed, efficiency, and quality, it’s important to weigh these benefits against its disadvantages and consider the specific requirements of each construction project before deciding to implement this method.