About Resort Roof Tensile Structure
Resort Roof Tensile Structure is ideal for covering large areas of outdoor space. It is made by using best in quality raw material that provide additional strength and support. Also, it is designed to be strong & durable enough to withstand the elements. It looks completely stylish and provides better shade on installed big areas. We make this available in different specifications as per the clients requirement. Apart from this, offered Resort Roof Tensile Structure can be availed from us at market leading price.
Other Details:
| Built Type |
Modular |
| Is It Waterproof |
Waterproof |
| Height |
12.5 Feet |
| Cover Material |
PVC |
| Tensile Strength |
350 Mpa |
| Pole Material |
Mild Steel |
| Color |
White |
Exceptional Durability and SafetyPowder-coated or galvanized steel framing ensures long-term corrosion resistance even in coastal or humid regions. The membrane is UV and fire-resistant, offering protection against harsh sunlight and meeting international fire safety specifications. Structural design complies with local seismic and wind codes, ensuring occupant safety in adverse weather conditions.
Custom Design and Hassle-Free InstallationOur tensile structures are tailored to your projects specific requirements, allowing for custom dimensions, colors, and branding. Prefabricated components streamline onsite assembly, minimizing disruption and expediting completion. Options for wall enclosures, doors, and windows further adapt the space to your intended usage, whether for hospitality, commercial, or residential settings.
Low Maintenance, Superior PerformanceThe seamless roof membrane is 100% waterproof, and anti-corrosion and anti-fungal coatings extend the life span up to 25 years with basic periodic inspections and cleaning. Integrated drainage systems prevent water accumulation, and optional thermal or acoustic insulation ensures year-round comfort, maximizing both performance and return on investment.
FAQs of Resort Roof Tensile Structure:
Q: How is the resort roof tensile structure installed on-site?
A: The structure utilizes prefabricated components that are assembled on-site using bolted or welded steel joints. Installation is streamlined for efficiency, with foundations such as concrete or paver blocks prepared as per design requirements. Professional teams ensure precision fitting and integration of optional wall, door, and window elements as required.
Q: What makes the roof membrane suitable for all-weather use?
A: The membrane is made from high-quality PVC-coated or PTFE fabric, offering 100% waterproofing and exceptional UV resistance (up to 99%). Its seamless design and integrated drainage system prevent water leakage, while compliance with fire safety standards provides additional protection.
Q: When should periodic maintenance be performed on the structure?
A: Periodic inspection and cleaning are recommended every six to twelve months, depending on location and usage. This incorporates checks of connections, membrane integrity, and drainage systems to maintain performance. Minimal maintenance helps ensure the longevity of up to 25 years for the roof membrane.
Q: Where can this roof tensile structure be used effectively?
A: It is ideal for hotels, restaurants, homes, offices, and any commercial spaces requiring durable, aesthetically pleasing shelter. Customizable design options allow seamless integration into urban, coastal, or resort settings across India and beyond, adapting to project-specific needs.
Q: What benefits does the anti-corrosion and anti-fungal coating offer?
A: These surface treatments substantially extend the service life of both steel framing and membrane, preventing rust and biological growth in harsh climates. The coatings help preserve structural integrity and aesthetic appeal, minimizing ongoing maintenance costs.
Q: How is the design tailored to withstand wind and earthquake loads?
A: Each structure is engineered according to the local wind and seismic zone. Wind resistance can be customized up to 150 km/h, and the framing and connections comply with relevant IS codes or international standards. Dead and live loads are calculated based on intended usage and site conditions.