Sustainable Construction with Fabric Structures: The Future of Green Building

What are Fabric Structures and How do they Contribute to Sustainable Construction?

Fabric structures are large, tensioned fabric membranes that are used to create temporary or permanent building structures. They are made from high-tech materials that are designed to be strong, durable and lightweight. The materials used in fabric structures are 100% recyclable, making them an eco-friendly option for construction.

The use of fabric structures in construction helps in reducing the carbon footprint of a building by reducing the amount of energy required to heat, cool, and light the structure. They also provide insulation, helping to reduce the energy needed to heat and cool the building. Fabric structures are also easy to install, reducing the amount of time required for construction and the amount of waste produced during the process.

Introduction to Fabric Structures

Fabric structures are a type of building made from lightweight and durable materials, such as PVC or Teflon. They offer numerous benefits over traditional building methods, including improved sustainability, versatility, and cost-effectiveness. With their growing popularity in the construction industry, fabric structures are becoming a key solution to the challenges faced by the sector.

Advantages of Using Fabric Structures

Improved Sustainability

One of the most significant advantages of fabric structures is their sustainability. These buildings are typically made from recyclable materials, which have a much lower carbon footprint compared to traditional building materials like concrete and steel. Additionally, fabric structures are designed to be easily disassembled and relocated, making them a great choice for temporary or seasonal construction projects.


Another advantage of fabric structures is their versatility. These buildings can be designed to fit a wide range of construction projects, from small one-room structures to large multi-story buildings. They are also suitable for various applications, including event and exhibition venues, sports facilities, warehousing, and disaster relief shelters.


In addition to their sustainability and versatility, fabric structures offer cost-effectiveness. They are typically less expensive to manufacture, and construct compared to traditional building methods, and require less maintenance and repair over time. Furthermore, fabric structures are often faster to install, which can save time and money on construction projects.

Getting Started with Sustainable Construction

Choose a Reputable Manufacturer or Supplier

The first step in using fabric structures for sustainable construction is to work with a reputable and experienced manufacturer or supplier. Someone like Big Top Manufacturing! Our team will be able to help you choose the right materials, design, and features for your project.

Trends That Will Impact the Field in 2023 and Beyond 

Construction Industry Trends 2023

The construction industry changes every year. Some of these changes are fairly small, while others are massive and have lasting effects on the industry as a whole. Whether you work in construction, manufacturing, or simply enjoy following the industry, it can be valuable to know what’s coming next so you can stay ahead of the curve and prepare yourself to thrive under these new conditions. To help you with this task, here are the top 7 construction industry trends that will impact the field in 2022 and beyond. 

1) Increased digitization

The construction industry has a long history of using technology. From measuring tools to surveying equipment, today’s industry relies on tech more than ever. Digitization will continue its progression across many fields within construction over the next several years, and by 2023, even more, tasks will be automated as AI and robotics make a greater impact on safety and efficiency. There is even talk of certain operations eventually being conducted entirely through VR! Though it may seem far-fetched now if trends persist through the next decade, who knows what’s possible?

2) Building owners seek ways to reduce costs

Fabric buildings offer a host of cost-saving benefits that make them extremely attractive to commercial and residential building owners alike. Not only do they have a much lower environmental impact, but they’re also able to be erected quicker than other types of buildings—meaning you can begin taking advantage of your new space faster. For example, if you’re currently renting an office or retail space, owning your own fabric building means that you can begin generating income from day one. Fabric structures are also often able to withstand harsher weather conditions than traditional construction methods, which translates into longer-lasting structures that don’t need expensive repairs as frequently as traditional buildings do. Making fabric buildings a long-term trend into 2023 and beyond. 

3) Automation on all fronts

The pace of innovation is accelerating, and it’s making a huge impact on all aspects of construction. Count on this trend being prevalent far past the next five years.  We’re already seeing an increasing level of automation on all fronts: from digital technologies such as robotics and drones to 3D printing and nanotechnology. These new innovations have enormous potential to improve safety, efficiency, communication, and overall productivity across the industry. This will be one of those areas where virtual reality (VR) will make a huge difference—in everything from on-site training to communicating progress with vendors or stakeholders at corporate HQ. What does all of that mean for job seekers? It means construction jobs are going to become even more specialized. 

4) Big data and AI go hand-in-hand

Data is not only growing at an exponential rate, but it’s also becoming increasingly complex. This means that building AI systems will require access to enormous quantities of data. The sheer quantity of data that many companies are dealing with is often difficult to comprehend: For example, Facebook processes 4500 TB of data per day! Big data and AI go hand-in-hand—they enable each other to get more value out of available information. For example, using analytics tools and machine learning models that can sort through thousands or millions of noise signals to find meaningful patterns.

5) Virtual reality (VR) construction tools will make projects safer, and more efficient

In 2013, a team of researchers at North Carolina State University used Google Glass and Microsoft Kinect to develop a virtual reality (VR) system for construction workers that enabled them to enter a virtual building and see structures before they were built. The resulting technology could speed up construction projects by eliminating errors made when assembling traditional blueprints. As VR technology becomes cheaper and more accessible in years to come, it’s likely that most big-name builders will have VR systems integrated into their design tools, saving time and money while also improving overall safety. In addition, these systems will allow companies to test designs before work begins on site.

6) Growth of VR training programs

As discussed, virtual reality has a lot of potentials to revolutionize training and development within many industries. With VR programs, employees can receive hands-on experience and learn skills that might be difficult to practice otherwise. From training new employees to updating experienced workers on new methods or techniques, VR will make it possible for companies to provide quality training quickly, easily, and affordably.

7) Green buildings will be ubiquitous

In 2013, green buildings accounted for 8 percent of total construction spending. In 2022 green building projects will account for just under half of all new construction. By 2025, more than 60 percent of all new buildings could be labeled net-zero ready—or capable of being built with zero carbon emissions. Green energy will become even greener: There’s no question that renewable energy is quickly becoming a prominent source of power on a global scale—but one area it hasn’t taken off is within individual buildings.


Fabric Buildings Take Over

With Green buildings becoming more ubiquitous you’ll continue to hear a lot more on  fabric buildings. This type of building will continue to gain traction because they are inexpensive, uses less material than a traditional brick-and-mortar structure. They can also be completed in much less time than other methods. The allure of these buildings is no doubt growing—according to Forbes. Trends will continue to grow into 2023 as materials, processes, and technologies improve; it’s predicted that we’ll see at least 10x+ growth in fabric buildings nationwide by then. As innovative builders like our team here at Big Top Manufacturing continue to push boundaries with new materials and construction techniques, expect even more innovations to arise. Stay ahead, save on cost, build on your green footprint, and see ROI with Big Top fabric structures. 

Over the past two decades, tensile fabric building structures have become increasingly popular among architects, designers, and businesses alike due to their beauty, flexibility, strength, and cost-effectiveness. More than that, though, there are many reasons why tension fabric buildings are the wave of the future in terms of sustainable construction methods and green design strategies that will make a positive impact on the planet and people’s lives for years to come. Here are just a few examples…

Green construction trends fabric buildings

In recent years, green construction has become a major focus for eco-conscious building owners. As a result, alternative forms of construction that can minimize environmental impact have gained popularity in both private and commercial settings. One such trend is architectural fabric structures, which combine green components with innovative design to create structures that maintain energy efficiency while reducing waste and environmental damage during manufacturing and installation. Because they are made from lightweight, biodegradable materials, textile buildings can be transported to locations that lack infrastructure without causing excessive stress on roadways or nearby ecosystems. They also eliminate some of the waste created by traditional construction materials because metal poles or beams are not necessary in fabrication.

Cost savings from prefabrication

Portable Fabric Buildings, Structures

Since fabric buildings can be constructed quickly with minimal labor, they can save you a considerable amount of money on labor costs. Plus, since fabric buildings utilize both prefabricated and on-site components, they tend to have quicker turnaround times and shorter project schedules than other building methods. This not only saves you money—it also helps ensure that your projects stay on schedule and on budget!

The environmental benefits of fabric buildings

Building a fabric structure is better for Mother Earth. Because fabric buildings have no foundation, you can place them anywhere: on a flat surface, on ground that’s too rocky to support traditional structures, or even underwater! It doesn’t matter if it rains or snows—even if your surroundings change over time (like if a lake expands). There’s no risk of land erosion, damage from flooding or cracking. In fact, studies show that these types of big top structures actually improve land around them by creating an environment that encourages plant growth. As long as you make sure your structure is attached to a solid beam and secure enough so winds won’t destroy it during storms, it should be able to last for a very long time! In fact some fabric structurers erected in WWII still stand today.

Low labor costs

Similar to stick-built construction, tension fabric buildings are easy to assemble. They do not require expensive scaffolding or hoisting services that many steel and concrete structures rely on. Everything is can be done with simple hand tools. Due to their simplicity, fabric membrane structures can be erected much more quickly than other types of building methods. While it takes an experienced crew around a week to erect a steel structure and around six weeks for something made from concrete, tension fabric buildings can take less than a week (size and assembly team depending). Most parts are pre-assembled and manufactured in our warehouse, maximizing productivity and speeding up assembly time, improving cost-effectiveness even further while reducing risk factors associated with weather delays.

Flexibility to build on tough sites

Because you can install a tension fabric building without a crane (if you’d like), it’s ideal for spaces that wouldn’t otherwise be suitable for construction. These structures can be installed on difficult and awkwardly shaped terrain—and they can even be built over existing buildings. There’s no need to tear anything down or waste time doing construction work in tight areas; instead, you get to create something new and flexible.

Innovation in design and technology with fabric buildings

Fabric buildings continue to expand their place in commercial and industrial applications, particularly as an alternative to traditional architectural designs. Thanks to advanced technology and lighter-weight, innovative materials that don’t sacrifice quality or strength, designers can build bigger and better structures faster than ever before. This means you’ll always be at least one step ahead when it comes to design preferences, budgeting and efficiency with a Big Top Manufacturing fabric building over our traditional counterparts.