A tension fabric structure is an architectural design that consists of a framework which deals with the tension part and a cover, which is typically made of fabric, hence the name.  The rigid framework serves as the primary architectural support for the entire structure, while the fabric serves as the cladding or covering.  Although it has only become prevalent lately, its concept isn’t new by any means. It’s been around for ages, as evident with the existence of tents, a structure that uses the same concept as tension fabric structures. You set up the tent poles (framework) and stretch them over so the cover can spread and create the overall design.   Due to their ability to withstand severe weather conditions, they became the perfect fabric structures for industrial use. Unfortunately, much like tents, setting up tension fabric structures can be pretty challenging, especially if you’re not as knowledgeable of its concept. But that’s not to say it’s impossible to figure it out. Read on to learn how to install tension fabric structures.  Designing The Structure  Before anything else, the team would have to go through the design phase. This is where you would make the important decisions. In this phase, you’ll have to determine the pattern and shape of the entire tension fabric structure. Naturally, your decision would affect the actual installation process. You’ll also have to decide what materials you’ll be using for the framework, although you most likely would use steel for that part. The same goes for the fabric, and you’ll often find yourself choosing from the following options:  Laminated polyesters  Polyesters coated with polyvinyl chloride (PVC)  Woven fiberglass coated with polytetrafluoroethylene (PTFE)  Manufacturing The Components  As you may already know, each structure consists of components with varying shapes and sizes. That’s why only after you or the project manager decides on the overall setup of the structure can you start manufacturing the components. Usually, you have to use precision production equipment such as laser cutting to weld and shape the components of the tension fabric structure. It’s also essential to apply coating on the surfaces of these parts.  Once these are available, installation should now be possible. But of course, you must first ensure that the construction area is safe both for your workers and the general public.  Stage The Area  Before the actual installation, you must first arrange the area for public safety. You can do this by placing fences, placing signs, etc. Your crew may also tear down existing structures if they’re on the way, given that you were already given permission. Once that’s done, the work zone should now be safe to work on, and the installation will officially begin Establish The Support Structures  The first part of the actual installation process is the placing of support structures, more specifically, the steel framework. These are usually erected by the crew manually, but you may use lifting equipment depending on the size. This part is perhaps the easiest part of the installation process, but if you encounter difficulties, using cables would be the best next step.  Laying Out Cables  Regardless of the shape you want the tension fabric structure to take, cables would always play a significant role in the architecture. This is mainly because it maximizes the safety around the work area and serves as a support or supplement for the steel framework. Although there are different kinds of cables, all of them serve as a way to add stability while preventing any accidents when deploying the fabric cover, which would be the next step.  Deploy The Fabric Cover  Once the steel frame and cables are laid out in a predetermined location, the staff will add a film or fabric covering. There are several ways to deploy the fabric, but it’s important to always handle it with care since they can be fragile before the tensioning process. Furthermore, fabrics are affected by the wind, so the crew must be skilled to handle the deployment of the membrane. The structure may not look much after this step, but it should come together once you tension the fabric. Tensioning The Fabric  Tensioning is the process of stretching something, and in this case, tensioning means stretching the fabric to achieve the desired results. This is perhaps the most challenging step of the entire process since you’ll have to make sure you stretch the fabric in all directions with the same intensity. By doing this, you can prevent wrinkles from forming on the fabric. Of course, even after this step, there would still be some issues with the final result. Final Words  After completing each step, the crew must conduct a final inspection and quality assurance to ensure everything is in place. Usually, during the final touch – up, the staff will clean the fabric or remove slight wrinkles. Doing so can not only improve the aesthetics of the fabric cover, but also ensure the highest durability of the structure.

Sustainable casino drift is a new trend, as gambling places start to become more aware of saving the planet. We introduce you to some of the world’s first casinos using solar power. The green trend has caught the focus of the international gambling industry. Multiple casinos are trying to lower their carbon footprint by using solar power to electrify the casinos. The massive casino resorts have a huge potential of having their energy levels covered by solar energy, as there are enormous amounts of square feet available at the casinos in the sunny states of Nevada or California to be covered by solar panels. Let’s take a look at some of the casinos that have started using renewable energy. The Wynn Las Vegas Resort With 4,750 hotel rooms, 21 dining options, and three nightclubs, The Wynn is a mass consumer of electricity. As a five-star casino resort, the guest only depends on the best of the best, when it comes to luxury and entertainment. But that doesn’t stop The Wynn from launching a massive solar energy facility in 2018. It takes 160 acres and is supplying the casino resort with 70 percent of its energy requirements. The panels are installed at the rooftop of The Wynn and are producing power that could supply 5,056 homes. This saves the climate 33,734 metric tons of CO2 per year. MGM Resorts As one of Las Vegas’ main operations in the gambling industry, MGM Resorts was responsible for multiple CO2 outlets from casino resorts like Bellagio, MGM Grand, ARIA, and Park MGM. Therefore, it will save the climate from a yearly CO2 usage that is equivalent to 27,000 houses, when MGM’s massive solar array project will be finished. It will supply 90 percent of MGM Resort’s energy consumption. Also, MGM Resort has planned to change 1,3 million light bulbs with less energy-consuming LED bulbs. It will both save the resort chain 10 million dollars per year but also have a beneficial impact on the environment. Rincon Casino In general, there’s a huge potential for solar power-driven casinos in the heating sun of Nevada or California. The Rincon Casino in San Diego has also started an 8-million-dollar energy project to use a nearby solar panel farm to supply the casino resort’s air conditioning with renewable energy. And it’s not only the air condition system that is run by solar power. Also, the swimming pools at the resort are heated by solar heat, and the lightning at the casino is energy efficient. Learn more on casinos These are three examples of how a whole business is adjusting their businesses to follow the goals of the Paris agreement. Do you want to learn more about casinos? Then visit this online casino guide that will guide you to some of the best, licensed casinos. You can find a ranked overview of casinos with information about bonuses and free spins. The guide also contains information about online gambling in general, the newest games, and the latest gambling news.