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Is Mivan Construction Safe During Catastrophes? Is it What They are Claiming It to Be?

Is Mivan Construction Safe During Catastrophes? Is it What They are Claiming It to Be?

Mivan Construction

Buildings constructed using aluminum formwork can benefit from the strength and durability provided by Mivan Construction Technology, a quick-moving construction method. It has been marketed for its capacity to assist massive construction sites. In essence, Mivan formwork is an aluminum formwork system. Due to its suitability for quickly building a large number of homes using room-size forms, the Mivan construction technology is well-liked and has been used widely in any part of the world. When hard-wearing, elevated concrete that is water-resistant is required for applications like deep ocean construction, mivan technology is used in the construction sector. Mivan technology is intended to make it possible to produce and install durable concrete structures quickly and with little effort. Mivan formwork is a cutting-edge and distinctive construction method that allows concrete to be cast for a wall and roof in a single location without sacrificing the precision of the structure’s size and morphology. Mivan formwork’s core component is an extruded aluminum rail section that is welded to an aluminum sheet. This creates a thin panel with the best stiffness-to-volume ratio, which results in the least amount of deflection when loading concrete. This method hasn’t been widely applied in India. Probably in the coming days, mivan construction technology will be used.

In this post, we will see some of the pros and cons of Mivan construction technology

Pros

Because Mivan formwork is lightweight, handling is simple.

Debris generation will be reduced due to lower fabrication costs.

In contrast to steel, aluminum does not suffer from corrosion.

due to fewer joints, maintenance is needed less frequently.

due to the smoothness of the surfaces formed, it offers a natural aesthetic. Moreover, plastering is not necessarily

more seismic force-resistant

The rapid pace and high construction speed enable the completion of the entire project in a shorter amount of time

Cons

There is almost no room for future changes or modifications.

Higher heat of hydration generation could be caused by the shear walls. Since Mivan Shuttering is used to build the walls, it is forbidden to use a chisel and hammer to make any holes in the walls after they have been built.

For Mivan formwork, contraction cracks are a major issue.

Working in confined spaces is challenging due to the thin or thin components.

Due to the high initial cost of aluminum formwork and the lengthy initial setup, it has a high initial cost. Additionally, ongoing supervision is necessary to maintain the necessary orientation.

Wall tie holes need to be properly grouted or there may be a leak issue.

Given that the components were used in tiny amounts, the finished surfaces may have noticeable finishing lines.

What distinguishes Mivan construction technology’s main features?

Simple: The formwork assemblies or systems consist only of horizontal, vertical, or circular molds and a few minor accessories.

Incredibly quickly: Since the molds are ready and do not need to be constructed every time, the construction work can be completed more quickly.

Compared to timber formwork, the formwork barely shows any signs of wear and tear.

Ability to adapt: Because the formwork only needs to be set up once, it can easily be moved to any job site. It simply needs to be fixed at the site of construction so that concrete work can begin right away.

Cost-Effective: Because the primary resource is only used once, the features of durability, sustainability, and recyclable materials did not significantly increase the cost.

You can use Mivan technology construction for both residential and commercial projects.

Is Mivan Construction Safe During Catastrophes

Buildings can be protected from the destructive effects of natural disasters with careful planning, layout, and fabrication. To combat natural disasters, buildings should be reinforced against powerful forces while also having the impact damage minimized.

There are techniques and materials for building that are better suited to withstand the effects of a natural catastrophe. Mivan construction technology is an example. The quality, completion time, and resource requirements make it a great replacement for conventional construction technology. As load-bearing structures, the structure is built. The final step involves sealing the entire assembly and pouring the concrete all at once, giving it a very noticeable structural stability advantage. To withstand natural disasters and their effects, Buildings which use Mivan construction technology are very good at withstanding lateral forces brought on by earthquakes. Shear walls are a practical construction technique that can assist in transferring earthquake forces. These walls, which are composed of numerous panels, assist a building in maintaining its shape while moving.

Comparison between Mivan formwork and conventional formwork

ParametersMivan ConstructionConventional
Speed7 days/floorMinimum 21 days/floor
surface finishVery GoodManual work required
Pre-planningRequiredNot Required
ConstructionCast-in-situCellular RCC
WastageVery littleComparatively higher
Seismic resistanceGood resistanceComparatively lesser
Seismic resistanceGood resistanceComparatively lesser
Room For ChangesNoYes

Conclusion

Yes, mivan technology is an advancement in construction technology. But due to the high cost of aluminum molds, this object isn’t always preferred on smaller scales. Mivan construction is therefore only a sensible choice for sizable projects with coherent layouts. Additionally, the procedure is only advantageous when taking these factors into account at the first glance because it calls for a skilled workforce.

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