In India, infrastructure development is rapidly growing in the construction industry. New technologies and developments are growing continuously to meet the demands of the construction industry quickly. Mivan technology has been raised as a cutting-edge strategy that offers quicker, more effective, and eco-friendly solutions for building large, similar projects.
At Brick & Bolt construction projects, we incorporate this technique for quicker finishes and promote sustainability through less wastage and effective material use. In this article, we will explore Mivan construction and its essential information in detail.
What is Mivan Construction?
Mivan technology was first invented and used in European countries. This uses aluminium formwork, known as Mivan Shuttering, to cast concrete structures such as columns, slabs, etc. This technology speeds up construction projects. This technology and effectively used in large residential buildings and housing projects that require uniformly shaped floors, slabs, beams, columns, and other components.
The aluminium panels can be transported to the site and fixed using a fastener and spearhead system. After fixing, a high-quality concrete mix is poured and allowed to dry. Now the moulds are removed, and after final finishing works and checks, the building is ready to occupy.
Features of Mivan Construction
Several features of Mivan construction are as follows:
Reusable Panels – Mivan panels can be used up to 250 times, reducing the need to build and remove formwork again and again. This makes construction faster and more efficient.
Accurate Manufacturing – Mivan panels are made in factories with strict quality control. Every panel measures the same size and has a perfect shape to build any structure.
Robust and Unbreakable – High-quality aluminium is used to make these panels for their strength and long-lasting capacity. Even after multiple use, they do not bend or break easily.
Smooth Finish – As they are made to perfect measurements, these panels fit together easily and reduce the need for extra finishing work. Their uniform appearance gives the building a clean and smooth look.
Less Waste – Usually, Mivan panels are pre-made in factories at a given measurement, so you don’t need to stock more unwanted materials. This leads to less material waste at the construction site and makes Mivan construction more eco-friendly than traditional methods.
Safer Construction – Mivan construction reduces manual work at heights, making it safer for workers. Cranes lift the panels into place, lowering the risk of accidents and falls.
Components Used in Mivan Construction
Mivan construction can be categorised into four main parts, as follows:
- Wall Components
These help create strong and stable walls at the construction site. These include wall panels, rockers, kickers, and stub pins.
- Beam Components
These support the beams and provide strength to the structure you are building. These include the beam side panel, prop head, and soffit beam panel.
- Deck Components
These help build floors and ceilings and include deck panels, deck props, prop length, and soffit length.
- Other Components
Several components that provide support and finishing for the structure include internal and external soffit corners and edges for wall panels.
Benefits of Mivan Construction
Acquiring Mivan techniques in your construction will provide you with some benefits as follows:
- Requires Fewer Workers
- Faster Floor Construction
- Fewer Joints, Less Leakage
- Smooth Walls and Ceilings
- Low Maintenance
- Better Earthquake Resistance
- More Usable Space
- High Construction Quality
- No Need for Plastering
- Simple and quick to use.
- Follow the 3S rule: strength, safety, and speed.
- Walls and slabs are built together in one step.
- Easy to assemble and fit shuttering parts.
- Beams and columns are removed after construction.
- Walls and slabs are made at the same time.
Applications of Mivan Construction in Real Estate
When planning a new building, many homeowners and developers often compare Mivan construction vs brick construction to decide which approach better suits their project’s needs. While Mivan technology helps build many houses quickly and easily. It uses large room-sized structures to make walls and slabs together. This method allows shuttering for both slabs and columns, making construction faster and more efficient. The walls and floors are strong, accurate, and easy to manage.
Differences between Mivan Construction and Conventional Formwork
The below table shows the main differences between Mivan construction and traditional building methods:
| S.no | Feature | Mivan Construction | Conventional Method |
| 1 | Finished Product | It has smooth concrete surfaces with little finishing work needed. | It may need extra plastering or finishing for a smooth look. |
| 2 | Soundproofing | Panels give good sound insulation, depending on design. | Needs extra materials and steps for soundproofing. |
| 3 | Weather Resistance | Aluminum panels protect from bad weather during construction. | Open formwork is exposed to weather, which can cause delays. |
| 4 | Project Management | Easier to handle because parts are pre-made in a factory. | Needs more planning to manage materials and work on-site. |
| 5 | Scalability | Best for big projects with repeated designs. | Harder to scale due to complex formwork for detailed designs. |
| 6 | Overall Cost | Saves money on large projects due to fast work and fewer workers. | Better for small projects but takes more time and cost to finish. |
| 7 | Disruption on Site | Less noise and less labour on-site since parts come pre-made. | More noise and labour are required on-site because formwork is built from scratch. |
| 8 | Delays | Fewer delays since most parts are pre-made. | There will be more delays if formwork takes longer to complete. |
Construction Techniques of Mivan Formwork
- Design & Planning
The initial step in constructing a building using Mivan technology is perfect planning and designing of the structure to be built. Architects and engineers can work together to provide detailed specifications and drawings of the structure.
- Production of Aluminium Formwork
According to the project specifications, aluminium panels are manufactured in an off-site controlled setup. This process is a form of prefabrication, which falls under the broader category of types of prefabrication used in modern construction. These panels are very light and easy to handle, making transportation and on-site assembly faster and more efficient.
- Setting Up the Formwork
When the panels reached the construction site, team members started to set up the formwork. These panels are assembled by a pin and spearhead system to create a mould. The assembled mould is used to build several components of the structure, such as beams, columns, walls, floors, slabs, and others.
- Fixing Reinforcements
According to the structural design, reinforcements should be added to the mould before pouring the concrete. These are added for additional strength and support for the structure.
- Pouring Concrete
When the formworks are assembled properly, concrete is poured carefully into each mould. Correct compaction and bending with the reinforcements can be achieved by using a high-quality concrete mix.
- Curing and Stripping
Curing is essential for concrete to achieve more strength. The concrete must undergo a curing process once it has been poured. Remove the formwork if the concrete has attained enough strength.
- Finishing and Quality Control
Finishing works such as plastering, painting, and flooring can be carried out to complete the construction process. Throughout the process, each step can be carefully tracked, and concrete should be checked in meeting standard building codes.
Conclusion
In a nutshell, Mivan technology has advanced the Indian construction industry in a fast-evolving construction world. This method particularly focuses on speed, quality, efficiency, and sustainability.
In urban and metropolitan areas, this method is very useful to build structures due to its efficiency and speed outcomes. At Brick & Bolt, we promise to provide long-lasting structures by accelerating our building speed. Contact us today for more information about building your dream home using efficient and sustainable construction practices.