About Conical Membrane Tensile Structure
Conical Membrane Tensile Structure is commonly used as awnings, sunshades, and other outdoor structures. It is held up by a series of cables or rods that are connected to the apex of the cone and to the ground. The structure is manufactured by using the top quality of raw material in compliance with the set of the industrial quality standards. The tensile fabric is durable and easy to maintain. It provides the protection from the high UV rays. This Conical Membrane Tensile Structure is very easy and fast to install which is reasonably priced as well.
Other Details:
| Shape |
Dome |
| Built Type |
Modular |
| Is It Waterproof |
Waterproof |
| Height |
9.5 Feet |
| Cover Material |
PVC |
| Tensile Strength |
300 Mpa |
| Pole Material |
Mild Steel |
| Color |
White |
Versatile Design for Multiple ApplicationsTailored for versatility, the conical tensile structure is ideal for sheltering open spaces such as event venues, recreational zones, parking areas, and commercial places. The contemporary design with a central high point ensures excellent coverage and visual appeal while facilitating efficient water drainage.
Durable and Weather Resistant MaterialsThe structures membrane is UV stabilized, 100% waterproof, and conforms to BS 7837 and NFPA 701 fire resistance standards. Supported by galvanized steel pipes and powder-coated frame, it withstands harsh environmental conditions, including high wind and snow loads, ensuring longevity and reliability in various climates.
Quick and Easy InstallationWith its pre-engineered, modular design, the conical tensile structure can be rapidly assembled on-site using bolted steel and high-tensile cable connections. The lightweight roof membrane keeps dead load minimal, while its dimensions are fully customizable to suit project requirements, making it practical for large or irregular spaces.
Low Maintenance, High PerformanceRoutine cleaning of the fabric is recommended to maintain the membranes translucency and appearance. The materials used resist corrosion and deterioration, reducing upkeep costs and downtime over its 1520 year lifespan.
FAQs of Conical Membrane Tensile Structure:
Q: How is the conical membrane tensile structure installed?
A: The structure is installed using a modular process. Pre-engineered components are transported to the site, where the galvanized steel frame and membrane are assembled using bolted connections and high-tensile cables. Typical installation is fast and minimally disruptive.
Q: What materials are used for the structures frame and roof?
A: The frame is constructed from powder-coated, corrosion-resistant galvanized mild steel pipes and sections. The roof utilizes a high-strength PVC coated polyester fabric, which is waterproof, UV stabilized, fire resistant, and lightweight.
Q: When is the best time to use this tensile structure?
A: This tensile structure is suitable for year-round use, as it is engineered to withstand diverse weather conditions, including heavy rain, snow (up to 60 kg/m), high winds (up to 150 km/h), and earthquake zones up to Zone IV.
Q: Where can the conical tensile structure be applied?
A: It is designed for outdoor use in a wide range of applications, such as event spaces, shelters, parking areas, and recreational or commercial zones. Its open and freestanding style makes it ideal for locations needing adaptable coverage.
Q: What is the process for customizing dimensions and design?
A: Dimensions and design can be customized based on specific project needs. The manufacturer coordinates with clients to define requirements, ensuring the final structure is optimized for the intended site and use.
Q: What are the benefits of using this tensile structure for outdoor spaces?
A: Key benefits include rapid installation, durability against harsh weather, low maintenance, natural light transmission, flexibility in dimensions, and enhanced aesthetic appeal. Compliance with fire and wind/snow load standards ensures safety.
Q: What maintenance does the conical membrane tensile structure require?
A: The structure requires very low maintenance. Periodic cleaning of the membrane surface is recommended to maintain its appearance and translucency. All steel components feature corrosion-resistant finishes to further reduce upkeep.