Mivan Shuttering: Modern Construction Technique
Mivan shuttering is a quick construction method that uses aluminium formworks to give a building strength and longevity. Compared to the conventional beam, column, & brick construction, it is substantially faster. Instead of using columns and beams, this technology casts walls and slabs using pre-engineered, lightweight aluminium forms that are simple to handle.
Are you searching for new projects in parel?
Real estate players are highlighting the usage of cutting-edge construction methods more and more as the emphasis on affordable housing & “Housing for All” grows. Mivan shuttering is one such technique that is being marketed for its capacity to facilitate large-scale construction activity.
What precisely is Mivan Technology, then? A European firm historically created the Mivan Technology, or the aluminium formwork system. The Mivan Company Ltd. began producing these formworks later in 1990, giving rise to the moniker “Mivan Technology.”
Apply in India
In India, the technique hasn’t been widely applied yet. The idea is well-liked in the Gulf nations, Europe, and some regions of Asia. To realize the most ambitious government programme, Housing for All by 2022, its adoption is encouraged in India.
There is a need to concentrate on innovative construction technologies that can decrease construction time & cost in order to make housing accessible for the majority of people. The answer to this problem is Mivan Shuttering. The technology not only helps save time and money, but it may also guarantee the quality and durability of buildings.
Mivan Shuttering: Parts & Components
The Mivan Shuttering technology employs the parts and components listed below:
- A wall panel, stub pin, rocker & kickers are included in the list of wall components.
- This includes the beam side panel, the prop head, and the panel for the soffit beam.
- Deck elements: This consists of the length of the soffit, the deck prop, and the deck panels.
- The corners of the wall panel and the external and interior soffit.
Construction method used by Mivan
Setting up the wall’s steel reinforcements
The building’s structure is provided by the wall reinforcing steel, which also supports the concrete until it reaches half the required strength. Around the steel mesh, which is manufactured in a factory and immediately installed on the construction site, the aluminium formworks are cast.
Installation of aluminium formwork
Prefabricated room-sized walls & floor slabs are built along the wall-reinforcing steel. These slabs of aluminium alloy are precisely crafted and simple to handle. These constructions also incorporate areas for windows, ducts, doors, and other elements like staircases, façade panels, and chajjas. The pin and wedge mechanism, which allows for fast disassembly after the concrete structure has been created, is used to attach the forms together.
Concrete pouring
High-quality concrete is poured after the moulds are pour. When the cast is later remove to create room for a structure fully compose of cement concrete support by wall reinforcing steel, the concrete assumes the form and shape of the cast. At least 250 reuses of the aluminium forms are possible, resulting in a minimal amount of waste from the construction site. The final structure is precise, slick, and polished. It is quite tolerable and doesn’t need any more plastering. It thus saves money, time, and effort.
What benefits can Mivan Shuttering Technology offer?
The speed of building is the main benefit of employing this technology. In comparison to conventional methods, Mivan Technology cuts the construction time in half. It minimizes the requirement for specialized labour and fully eliminates labor-intensive tasks like brickwork and rendering because there is a predetermined technique to follow.
Technology improves the structural stability and seismic resistance of the buildings. Because there are fewer joints, there are fewer leaks in the building, necessitating minimal maintenance.
Mivan buildings are consistently built, and the slabs and walls have a clean surface. In addition, the technology makes it possible to remove more carpet than using traditional methods.
What are Mivan Technology’s disadvantages?
There are certain drawbacks to Mivan Technology’s construction as well. Due to the small sizes of the components used, the finished structure may have visible finishing lines. The building is rigid because adjustments are challenging to make once the structure has been created. Shrinkage-related fissures in the slabs and walls are also possible. Control strips in the building or the use of fly ash to lower the heat of hydration can both prevent this.
Given the recent promotion of indigenous technologies, it remains to be seen how well this technology performs in the construction sector. However, if the benefits of the technology meet the more general objective of “Housing for All,” it might be beneficial for the Indian real estate market.
You’re looking for Projects in Kurla we have the Best Properties In Mumbai Like Ready to Move:https://navimumbaihouses.com/properties/search/kurla/
If you want daily property update details please follow us on Facebook Page / YouTube Channel / Twitter
