Elon Musk just bought a prefab home in Boca Chica!

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As one of the world’s richest men, Elon Musk can easily afford to drop hundreds of millions of dollars on any lavish home he wants. Instead, the multibillionaire is living in a $50,000 tiny home in Boca Chica, Texas, where his SpaceX headquarters are located.

The “Boxable Casita” that the Tesla CEO reportedly lives in is a transportable 20×20 unit that’s only about 400 square feet. It is set up like a studio apartment and features a fully equipped kitchen, bathroom, living room, and bedroom.

Prefabricated homes or pre-habs are extremely popular in Japan, Europe, the United States of America, and Canada. Owing to the lengthy construction time for conventional brick-and-mortar structures and growing awareness about environmental concerns, many people nowadays prefer building prefab homes over traditional houses. However, in India, prefab homes are still at a very nascent stage. People are skeptical about prefab homes, mainly because there is a lot of misinformation about how these homes are built and their benefits.

While prefab homes are slowly growing on the Indian construction space, the information below will equip you with all that you need about prefab homes.

Prefab homes are constructed using the same material as building traditional homes, such as steel, concrete, and wood. Of course, each manufacturer uses different materials based on the customer’s specifications, budget, and efficiency.

With prefab homes, you can be assured that the materials used are of superior quality, and the entire construction process is completed as per the building codes. The sturdiness of the materials is comparable to and in the case of steel-based prefab buildings, higher than the materials used in the traditional home.

Depending on your prefab home’s size and design, you can construct the house in as little as 6 weeks. Prefab homes can actually be built 3 times faster than conventional construction. 

Now coming to the most frequently asked question –  Are Prefab homes safe?

There is a common perception that prefab homes are not safe as traditional homes because of the alternative construction materials and methods used. However, this is not true. These homes are entirely safe for several reasons. Firstly, prefab homes are constructed as per the building codes and regulations and throughout the construction process, the experts conduct a thorough inspection at every stage. Another reason why prefab homes are safe is because of the construction process. The various units and sub-assemblies are constructed in a controlled environment to reinforce the structure for long-term usage.

Now that we have discussed the different aspects of prefab homes, you can consider investing in one instead of going for the traditional home. Many expert prefab home builders in India like Stratus Steel have the best crew who can build the best home from concept to finished product.

Stratus Steel continues to invest various resources in the prefab housing sector and to further show our commitment towards this, we have started a new division of Pre-designed and custom-designed homes. It will launch this under the brand name, “Houseable”.

For more information on this subject or simply to clarify any doubts, you can always write to us at or visit our website

Concrete or steel

Which building material is suitable for your project – Concrete or steel?

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Construction projects require many decisions. A key decision is to find the most effective option and determine which process could produce ideal results.

If you are contemplating whether to use concrete or steel as your project’s primary building material, you have several factors to consider. Both are equally worthy structural materials. Concrete costs more, but arguably offers better overall performance. To understand which material suits your project better, you must know how they compare in the following ways –

1. Safety


Concrete requires no additional fireproofing treatments to meet stringent fire codes and performs well during both natural and manmade disasters. Because of concrete’s inherent heaviness, mass, and strength, buildings constructed with cast-in-place reinforced concrete can resist winds of more than 200 miles per hour and perform well even under the impact of flying debris.

With proper design, engineering, and construction, the seemingly rigid structures built with concrete can exhibit increased ductility – a must in areas prone to seismic activity.


Experts acknowledge that steel with the addition of passive fire protection, such as spray-on fireproofing, buildings built of structural steel can sustain greater temperatures and, therefore, provide additional safety. Steel’s strength and ductility, combined with solid engineering and design, make it a safe choice in seismic zones.

2. Costs


A large cost-benefit to concrete is the fact that its price remains relatively consistent. On the other hand, concrete also requires ongoing maintenance and repairs, meaning added costs throughout its lifetime. Supply and demand may also impact the availability of concrete. Even though it can be poured and worked directly onsite, the process to completion can be lengthy and could accrue higher labor costs.


A large majority of all steel manufactured today comes from recycled materials. This recycling usage makes the material much cheaper when compared to other materials. Although the price of steel can fluctuate, it typically remains a less expensive option compared to reinforced concrete.

3.  Material Availability


With imported cement supplementing domestic supplies, skyrocketing shipping rates and limited freight transport have resulted in higher costs and unreliable supply.

Despite tight supplies of cement in some regions, the impacts have been greatest on smaller companies, builders, or contractors. Developers are using concrete frame buildings in every building sector and count on concrete for stable pricing and availability regionally. Cement companies are rapidly expanding and domestic capacity was expected to increase by 2008.


Steel availability has been the subject of more than a few conversations lately, with the blame placed on the ever-expanding construction activity. However, experts from the steel industry are eager to dispel the myth that there simply isn’t enough steel to go around.

Over the past year, there’s been a lot of misperception out there in terms of the availability of material. There is no shortage. In 2004, usage was about 4 million tons of wide-flange structural product, which means there is certainly adequate capacity to meet any growth in the foreseeable future. Structural steel is readily available.

4. Construction Scheduling


Buildings with concrete can almost always be built faster. When compared to structural steel, sometimes twice as fast. It is not uncommon for cast-in-place reinforced concrete buildings to rise one floor every other day. Developers can finish jobs faster, earn a profit, recoup capital, and move on to the next project.”

When those ready-mix trucks pop up on-site, they need to come in, dump and leave very quickly. The faster the building is completed, the sooner the owner can allow occupancy and begin collecting income from tenants.


We believe structural steel framing systems are the way of the future. We believe that they result in an accelerated schedule. We also believe that quality is enhanced because of off-site fabrication and that the productivity opportunities that exist in construction can be best addressed in off-site fabrication with a reduction of actual on-site time and on-site construction.”

Advancements in building information modeling have integrated the design, detailing, and fabrication of steel, which have resulted in an accelerated process. Design programs and CAD packages can pass information through a CIS/2 neutral database as a 3-D model to detailing and shop floor fabrication programs. This is compressing the steel portion of the schedule of projects by 40 or 50 percent. This productivity increases position steel as a viable construction material both now and in the future.

5. Design Possibilities


Concrete buildings are taking shape – many different shapes – everywhere. In addition to the unique aesthetics achieved with concrete construction, these buildings offer some very real space advantages.

With proper engineering, the concrete building can also offer beautiful designs.


Steel has the highest strength-to-weight ratio of any construction material and with new construction methods, steel buildings remain a popular choice for office and multifamily developers. Use of girder slab, staggered truss, and castellated beam construction enables lower floor-to-floor heights than typically expected in structural steel buildings.

Looking for long spans of column-free space? Steel delivers. Steel can accomplish extremely long spans in structures with very open-bay footprints without intermediate columns. It’s a very flexible material in terms of different ways to address design requirements.

6. Environmental Considerations


Concrete is a material that is often locally sourced and thus typically requires minimal energy to transport to building sites. Rebar for concrete is often produced from recycled steel. At end of life, concrete can be crushed and recycled but the recycled material cannot be used for new building concrete.


According to the British publication Building, 85% of steel is recycled, a process made easier by the fact that magnets are used in the process to sort steel. New steel made from scrapped steel uses about one-third of the energy necessary for steel from virgin materials. Steel fabrication made be done at a significant distance from a building site, increasing the energy needed for transport.

If you haven’t decided which side you’re on, don’t worry. Your education on steel and concrete buildings has only just begun.


To conclude, both technologies are used by an equal majority of builders today making both unique and useful in their own ways. Which is better, you ask? This solely depends on the kind of project one is looking to put up. The aforementioned pointers will help you decide which material better suits your needs.

If you are still curious about structural steel and are willing to read more about the technology, visit We have drafted a simple technology overview that will cater to your questions.

Stratus Steel

Pick the ‘BEST LGSF PATNER’ for your project

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With Light Gauge Steel Framing gaining momentum in the construction industry, we have tons of companies selling light gauge steel. 

It is highly important that one chooses to partner with a company that offers top-notch LGSF technology as well as an end-to-end solution. Whether you’re considering Light gauge steel for a specific project or thinking of establishing an LGSF construction business, getting support from the right partner is an essential strategy to maximize project ROI and ensure sustainable business success. 

Some of the pointers one should look for in an LGSF partner are listed below 

1. A partner who leads by design : 

Efficient, high-quality engineering is an important factor required to be profitable in the LGSF construction industry. So, it’s important to look for a partner who applies an integrated, design-led building model that can merge the design, engineering, manufacturing and construction process into one efficient, effective and innovative system. Some light gauge steel software packages have very limited or no engineering capability and will require additional detailed analysis from an engineer. Choosing an end-to-end system that combines both engineering and design software in one integrated package ensures a fast and efficient process that can output fully engineered designs to save costs in compliance and rework. Seamless integration with BIM tools, like Revit, is also a must for modern construction methods. BIM technologies deliver many benefits throughout the construction process, but to be truly effective, systems must be easily and seamlessly integrated, ensuring the final BIM design model is reflective of all and any changes. Companies like Stratus Steel ensure integration with Framecad is easy, fast and efficient. 

2. A partner whose technology enables rapid production & labor savings;

 Consider systems that offer a wide range of advanced manufacturing and tooling functions. This allows high productivity and versatile output for the production of roof trusses, wall frames, and floor joists — all to exact measurements – saving time and costly wastage during construction. And when combined with integrated detailed design speeds up compliance, reduces engineering cost and minimizes room for error on-site. 

Using advanced tooling functionality the best light gauge steel equipment ensures all parts produced are pre-punched, numbered and labeled too, which means no welding, cutting or riveting is needed on-site, making it very easy to assemble with common tools and unskilled labor. You can also achieve significant reductions in the labor required both in your factory and onsite. 

Stratus Steel with its superior technology and well-known design systems ensures you get your structure up in no time and in the most cost-efficient way possible.

3. A partner who can provide training and support for your team;

One of the biggest obstacles that project owners, developers and builders face when constructing with light gauge steel is a lack of education for designers, detailers, engineers and installation staff. It can be a challenge to find University courses that teach design and detailing methods for LGSF over traditional materials. 

Choose an LGSF partner who can provide you with a support network of easily accessible design and installation training, technical support, and LGSF construction knowledge and expertise. 

Stratus Steel has a well-skilled design team at its end and also takes up training sessions for your team so the project can be implemented smoothly. We take this training seriously and urge our clients to do so too. 

4. A partner who provides a complete solution, not just a machine;

In most cases, designing, engineering, and building with light gauge steel require a complete facelift in the way you approach construction projects. Traditional methods and traditional thinking no longer apply when constructing with an LGSF mindset. 

To truly scale an LGSF business, you need a partner who is invested in your success through the provision of real-time business tools. 

Look for a partner who can provide business intelligence and support to you at every stage of your operation. Companies like Stratus Steel provide manufacturing, design, tendering and manufacturing support to all our partners. We also provide advisory for onsite supervision and installation while also guiding you through your sourcing and procurement process. 

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LGSF shines on Post Pandemic

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Is it a new era for Light Gauge Steel or has the Pandemic just thrown light on the benefits of this existent technology?

With one of the most extraordinary years, the LGSF industry has ever faced almost behind us, it has surely emerged triumphant from the challenges presented by Covid-19.

As building sites all over the world gradually re-open after lockdown, it’s becoming increasingly clear that construction will look very different post-pandemic. The global public health crisis has confirmed the urgent need for a new way of building homes, offices and public buildings, using smart construction to tackle design problems, inefficiency, outdated techniques, and environmental challenges.

Covid accentuated concerns surrounding close working demands for traditional construction methods and LGSF’s impressive environmental credentials, have all helped to catapult Modern Construction Methods to the top of the construction agenda and most predict this continued growth will be one of the top trends throughout the new year
The benefits of steel being a material that is manufactured offsite in controlled factory conditions is likely to become even more important to developers and designers. Few operatives are needed on-site during a typically short steel erection program so social distancing is not as much of an issue as when other materials are chosen for frames. Selecting a steel-framed building solution is generally a beneficial health and safety choice, as the steel sector’s track record consistently shows.

When one looks at LGSF as an option post-pandemic, we realize that it quite literally is the best way to go as it lessens the curve between what is the idea to a tangible resource desired.
It has been proven LGSF as a technology is more economical and viable in the longer run.

Other advantages include advantages of off-site manufacturing, reusability, recyclability, cost efficiency, and resource efficiency making it one of the most sustainable building methods available today.

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What is LGSF and Advantages & its applications?

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The construction industry is moving at a much faster rate with the innovations coming in for both- the planning phase (software and applications) and the execution phase. The conventional method of putting together a building brick by brick is still prevalent but is now being slowly overtaken by modular and prefabrication construction methods. Prefabricated buildings may sound complex and intensive, but this invention is changing the course of traditional construction method one modular building at a time. The technology that prefabrication buildings use is known as Light Gauge Steel Frame (LGSF) which is a steel-framed wall system made of cold-rolled load bearing.

Light Gauge Steel Frame (LGSF) is an innovative and reliable construction material in the world that is strong and allows design flexibility enabling it to be the right choice for construction. This method of construction allows having an increased span, custom openings, curved walls and a variety of external architectural façade treatments; making it a versatile choice of construction material.

How does LGSF forms? The metal comes in sheet rolls which are put through the roll former where it is cut in various lengths and given shapes and sizes that are similar to those in timber frame. The process used strengthens the steel structures; as the original sheet is bent through a series of rollers without being heated i.e. cold formed. During this process that is controlled through computers, the steel is not just rolled but holes are fixed, flanges are located to be punched and the structure is positioned to the exact engineered position which ensures that the panels are to the precise dimensional requirements of the project.

The use of technology in this method of construction has allowed it to offer benefits to the architect, contractor, society, developer and what not. Here are a few advantages and applications of LGSF:

LGSF’s Application:
1. Residential Projects
2. Light Commercial Construction
3. Healthcare & Medical Facilities
4. Bathroom Pods
5. Drywall
6. Solar Panel Mounting
7. Educational Buildings
8. Hospitality
9. Hybrid Construction


1. Superior Construction Material: The steel sheets that form the light gauge steel frames is the construction material that is neither vulnerable to any sort of fungi or organism nor is combustible. This makes it a secure, safe and perfect choice for construction material. Steel is inorganic and so will not rot, warp, crack, or creep and is dimensionally stable, therefore not expanding or contracting with moisture content.

2. Cutting edge technology: It is the future; LGSF is green, environmentally friendly and has energy efficient properties that allow very little waste (negligible) as all the steel is cut to fit exactly.

3. Less pressure on foundations: The steel used is lighter than woods but has more strength which puts lesser pressure on the foundation making it the ideal choice for mansards or extensions, etc. or that penthouse on a flat roof.

4. Speed of Construction: The construction time can be cut down drastically as everything can be prepared at an off-site location just like Lego blocks and even pre-drilled for services.

5. Lesser chances of Human Error: The light gauge steel frame method of construction is carried through the use of computers and technology that cuts, rolls or collaborates all the structure without the use of physical manpower. This reduces the risk of error as there is less or zero human interference.

Stratus-Steel is a pioneer in modular operation theatre manufacturers with over 35 years of experience and expertise in light gauge steel framing, cold-rolled sections, drywall construction, roofing solutions, etc. in India.

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Is LGSF Structure environmentally friendly?

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Light Gauge Steel Frame is a steel structure that helps in supporting the building pre, during and post the construction is completed. LGSF construction methods are highly dominated by conventional designs and methods and are anticipated to take over the market in subsequent years. Steel is an environment-friendly construction material that can be molded in any shape without having an impact on the environment, howsoever. Here are a few reasons why choosing LGSF way of construction will be the perfect choice for our surroundings and environment:

1. Steel frames are recyclable: Unlike other building materials used in construction, steel is fully recyclable. During the demolition of a building, steel frames can be extracted and recycled to create other steel products or new steel framing design.

2. Steel frames reduce site impact: Steel frame structures are quite lightweight which are strong and are known for their design versatility and flexibility. As the steel is light in weight, a steel frame can be easily erected with minimum effort and any impact to the site or people involved in the process. Also, steel frame structures are an ideal choice for flooring systems to erect a building on a difficult piece of land (uneven ground or slopes) without excavating the earth, reducing the impact on the site.

3. No past treatment required for Steel framing: Steel is an inorganic metal that makes it not prone to degradation like timber or other metals which allows it to last for a very long time without any repair or replacement required. Steel framing is 100% termite proof and thus doesn’t require any anti-pest or termite treatment at any time of its lifespan. Not using any treatment also protects our health and the environment from being contaminated by the chemical. For these reasons, steel frames are extremely safe, sustainable and durable.


Light gauge steel framing is an ideal way of construction that can use steel from just a handful of recycled cars or other dumped steel structures. Using steel framed structures can save our nation’s forests and have a positive impact on the environment. Also, the light gauge steel frames are unaffected by temperature or humidity changes. Also, creating a steel structure for construction use lesser energy and thus saving on fuel costs. The lower energy consumption helps to further conserve our natural resources, thus making LGSF structure environment-friendly.

Stratus-Steel India is a pioneer in modular operation theatre manufacturers with over 35 years of experience and expertise in light gauge steel framing, cold-rolled sections, drywall construction, roofing solutions, etc. in India.

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How do we rate LGSF in terms of fire resistance?

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The construction industry across the world is adopting the light gauge steel frame way of construction for the many benefits it offers- cost-efficient, durable, flexibility, fast construction, and enhanced thermal performance. Currently, only over 30% of the total construction sites are using a light gauge steel frame but this technology is expected to cultivate sales of approximately $51 Billion by 2025.

The light gauge steel frames are designed through a cold-formed process, without the use of heat. In construction, the light gauge structures are formed by lightweight but highly tensile steel sheets. Light gauge steel frames can be used to make a load-bearing wall, non-load bearing wall, roof, multi-story buildings up to 10 stories, car parking buildings, and commercial spaces with a lower level with residential buildings, etc. The use of light gauge steel is high at all these locations for its fire-resistance property. The other benefits of light gauge steel frame in relation to fire safety are as follows:

  • Steel is non-combustible metal and it doesn’t add to the fire load at the time of the fire in the building.
  • The structure can resist fire readily up to a period of 120 minutes.
  • Fire protection for light steel framing is typically provided by the boards used for internal lining, e.g. gypsum-based boards.
  • The amount of combustible material in a light steel-framed building is much lower than in some other forms of construction.
  • Modules and pre-boarded light steel panels are fire protected before delivery to the site.
  • Light steel floors, walls, and modules are easily repairable after small fires.
  • The fire risk during construction is much lower for light steel framing than for some forms of construction.

Thus, one can rate that light gauge steel frames (LGSF) will perform when under high temperatures or fire. The steel frame structures are highly durable and fire-resistant.

Stratus-Steel India is a pioneer in modular operation theatre manufacturers with over 35 years of experience and expertise in light gauge steel framing, cold-rolled sections, drywall construction, roofing solutions, etc. in India.

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How do the LGSF structures perform during an earthquake?

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The construction industry is moving at a steadfast pace with major developments in the construction methods. Earlier the construction of a building was carried out using, brick, mortar or wood and iron structures that supported the building, but with change in the environment, more environmental calamities like earthquake, etc. started affecting the peace of the land, to cope with this situation, the construction industry needed to come up with a more stable and reliable solution.

Technically, it’s highly impossible to design and build an earthquake-proof building that can guarantee to resist any kind of earthquakes. However, it is possible to design a number of earthquake-resistant features during the construction process using earthquake engineering techniques that will increase enormously the chances of survival of both buildings and their occupants.

Light Gauge Steel Framing is amongst the ideal choice of material for construction for its physical attributes, light-weight, strong, durable, high damage tolerant and construction-friendly metal.

Earthquake causes a drastic and immediate shift below and above the surface, causing the building structures to shake and in some cases shatter to nothing. This can be prevented when the buildings are not made from heavy raw materials like, iron, wood or cement, which may cause significant damage to the people living in it and the property.

Some studies have been carried out to find the sustainability of light gauge steel frame that suggests that the steel structures made from cold bearing are suitable for earthquake-prone areas, but they may also fail in case of the high degree of the earthquake.

Stratus-Steel is a pioneer in modular operation theatre manufacturers with over 35 years of experience and expertise in light gauge steel framing, cold-rolled sections, drywall construction, roofing solutions, etc. in India.

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Light Gauge Steel or Lumber – Which is the Better Framing Option in Residential Construction?

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The construction industry is upgrading how it used to work with the advancement in software and the improvement in the products use to build an infrastructure. Light Gauge Steel Frame is a method devised to build stronger structures and that can withstand any situation, but some still believe that Lumber (wood) is a better framing option in residential construction. Here is a comparison between the two:


Wood: Wood is a good option where the moisture level in the air is low, as the quality of the wood diminishes if stays soaked in water. Apart from moisture/water issues, termites are another reason that decreases the life of wooden structures and in an environment where moisture is high, termites speed up the rot time.

LGSF: Steel will always have an upper hand in terms of durability as it is inorganic and takes time to rot from vermin & pest. Steel is non-porous and thus it is incapable of accumulating water and does not suffer from moisture-related warping, shrinking or cracking. Also, LGSF has higher durability in places where there is high moisture or where the water stays, as it does not corrode in salty water.

2.Seismic Performance:

Wood: It is a sturdy material in stable condition, but during an earthquake, the vertical wooden frames take up the pressure from the horizontal structures and transfer it to the bottom trying to prevent from collapse, only if it is braced up with adequate lateral reinforcements.

LGSF: Steel is a flexible material in design which acts as a major advantage when it comes to the lateral load resistance. Where wood frames’ seismic bracing options are generally limited to shear walls, LGS frames afford engineers multiple alternatives. These include flat-strap X-bracing, plywood and steel sheathing.

3.Fire Resistance:

Wood: Today, people use pine, fir, and spruce to make and build wood frame construction as they are cheap and light, budget-friendly, and easy to handle during installation. But, their soft wood ignites quickly and spreads flames faster than the heavy hardwoods once popular in timber framing.

LGSF: Steel is inflammable and acts as a barrier to the spread of flames, giving an upper hand to the steel structures in construction.

4. Flood Damage:

Wood: Wood is a material that develops mold, rot, warp, and shrinks when soaked in water for a long time. Wood does not perform in areas where water gets collected very often.

LGSF: Galvanized steel has a protective zinc coating, which acts as a moisture barrier. This coating gives galvanized steel a definitive advantage over wood, by making it almost invincible in flood conditions.

Building a home is an expensive affair, thus proper research before deciding which material to use is highly imperative. Through this blog, we have taken you to shed some light on features that are essential for a long life of your house- durability, inflammable, flexible in design, and performs well in natural disasters. As a framing material, Light Gauge Steel framing outperforms lumber in many respects. The material doesn’t develop mold, rot, or get pulverized by termites the same way lumber does. Steel is a strong material and is an excellent material to use as a frame in areas that are prone to seismic activity, and have superb durability even in a flood.

Stratus-Steel India is a pioneer in building prefabricated structures in India with over 100 years of combined experience and expertise in light gauge steel framing, steel framing solutions, drywall construction, roofing solutions, cold rolled section, etc. in India.

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Top 5 Things to Know About Prefabricated Buildings

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The journey of transformation in the construction industry has begun. The old conventional method of putting together a building brick by brick is now being re-defined by modular construction methods. Prefabricated buildings may sound complex and intensive, but this invention is changing the course of traditional construction method ‘one modular building at a time’.

The arrival of prefabricated construction in India has set a foundation for innovative and technologically advanced construction and design techniques. As of today, prefabricated modular buildings comprise only 1% of the total $100 billion real estate industry in the Indian market. Slowly but surely, the builders are adapting prefabricated construction methods to expand their footprint in the industry. Constructors are venturing into executing all kinds of constructions, which are hard and labor-intensive high-end construction designs, which are high rise, low rise, hospitals, villas, and mass townships.

The government’s decision of allowing 100% FDI in Real Estate has enabled the growth of modular construction. To meet the need for infrastructural development across housing, medical, industrial, retail, sectors, more and more developers will use prefabricated solutions. So, here are the top 5 things you should know about Prefabricated Buildings before you decide to invest in this technology:

  1. Prefabricated Buildings require less time to build:
    Most of the work involved in to bring together a prefabricated building is done at an off-site location, in a factory controlled environment to keep the components aseptic and contamination free. All the planning, controlling, elimination and delays that may hamper the timeline of the plan, are sorted before-hand, keeping in mind all the factors contingent or not.This is one of the most significant benefits of prefabricated building, as opting for modular buildings can reduce the time of establishment up to 50%. In fact, prefabrication takes lesser time than traditional construction methods.
  2. No Hidden Fee is involved:
    The prefabrication building package includes the cost of material, assembling of the material, and establishing the structure on the ground location. While evaluating the total cost, the individual opting for modular healthcare construction may omit the cost involved in clearing the location before establishment and transporting the same. Thus it is crucial to look into the cost structure and then make the final call.
  3. Eco-Friendly:
    With the change in the environment, the number of disasters has also risen. The constant depletion of natural resources and increased pollution are affecting the course of nature. We must start making conscious decisions about our choices. Prefabricated buildings are eco-friendly. They are energy efficient and produce less aerial waste compared to traditional construction.
  4. Always opt for a Trustworthy Manufacturer:
    The mushrooming of prefabricated structures has led to a rapid rise in the number of manufacturers in this industry. One should be careful in choosing a credible manufacturer. You can also check with our experts at MGI Healthcare Construction to know more about medical construction turnkey projects or an existing architectural design.
  5. Prior Construction Planning is Crucial:
    Prior construction planning is crucial to estimate and define the time and cost of a prefab building. It is also necessary because prefab designs are not very flexible in accommodating last-minute changes. So, it is more likely recommended that you ascertain the plan, design, and technique before you start with the construction process.

An analysis of the prefabricated building method suggests that the real estate industry is ready to capitalize on this opportunity, only more attention is required while opting for your expansion partner. Stratus-Steel India is a pioneer in medical engineering groups in India with over 35 years of experience and expertise in light gauge steel framing, cold-rolled sections, drywall construction, roofing solutions, etc. in India.

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