Itms Fabritech Private Limited

A Garden Tensile Structure is a type of architectural design that uses tensioned fabric or membrane materials to create canopies or shelters in gardens or outdoor spaces. These structures are lightweight, flexible, and durable, providing shade, shelter, and protection from the elements. They are often used in landscape design and public gardens, offering both aesthetic appeal and practical benefits. 

A Sports Ground Sitting Area Tensile Structure provides a lightweight, durable, and aesthetically pleasing roofing system for spectator seating areas in sports venues. It utilizes high-strength, flexible materials stretched over a supporting framework, offering shelter from the elements while maintaining an open and airy atmosphere.

Gazebo Tensile Structure Description:

Gazebo Tensile Structures are stylish and durable outdoor shelters designed to enhance open spaces with both functionality and elegance. Made using high-quality PVC/PVDF coated tensile fabric and a strong MS or aluminium frame, these gazebos provide excellent protection from sun, rain, and UV rays. Their unique tensile design offers an aesthetic architectural appeal, making them perfect for gardens, resorts, restaurants, poolside areas, and outdoor lounges.

Key Features:

• Fabric: PVC / PVDF Coated Tensile Fabric (SRF, Ferrari, Mehler, Sioen)

• Frame: Mild Steel / Aluminium Structure

• 100% Waterproof and UV Resistant

• High Tensile Strength and Durability

• Customizable Shape, Size, and Color

• Easy to Install and Low Maintenance

• Elegant and Weatherproof Design

Usage/Application:

• Resorts, Hotels, Gardens, Cafés, Poolside Areas, Outdoor Lounges, Parks, and Rooftop Spaces.

A Food Court Tensile Structure is a roof system that relies on tension, rather than compression or bending, to create a stable and self-supporting structure. It typically uses a thin, stretched membrane held in place by a framework of cables or other rigid elements. This system is known for its ability to cover large areas with minimal support and its flexibility in design.