Crystal Coral, a leading provider of tension fabric and tensile membrane structures, has been awarded a contract to design and install a series of unique tensile membrane domes for a local university. The project is part of the university's ongoing efforts to create a more functional and visually appealing campus environment.
The project will involve the construction of a series of interconnected tensile membrane domes that will be used to provide covered walkways, seating areas, and gathering spaces for students, faculty, and visitors. The structures will be designed to blend seamlessly with the existing architecture of the campus while also providing enhanced functionality and visual appeal.
According to Crystal Coral's project manager, the design and installation of the tensile membrane domes will require a high degree of expertise and precision. "This project presents some unique challenges in terms of engineering, design, and installation," he said. "However, we are confident that our team of experts has the skills and experience necessary to meet these challenges and deliver a high-quality product that exceeds the client's expectations."
Crystal Coral's team of experts will work closely with the university's architects and engineers to ensure that the structures are designed to meet all safety and functional requirements. The company's advanced 3D modeling and simulation software will be used to create detailed models of the structures and simulate various scenarios to ensure that the final product is both functional and aesthetically pleasing.
The project is expected to take several months to complete, with the final product being installed ahead of the start of the next academic year. Crystal Coral's team of experts will provide ongoing support and maintenance to ensure that the structures remain safe, functional, and visually appealing for years to come.
Overall, the award of the contract to design and install the unique tensile membrane domes at the local university is a testament to Crystal Coral's reputation for excellence in the design and construction of tension fabric and tensile membrane structures. The company's commitment to innovation, quality, and customer service ensures that their clients receive the best possible products and services in the industry.
