Tensile Membrane Structures

Tensile Membrane Structures Specification

Life Span
15-25 years depending on material selection

Insulation
Available; PU insulation or thermal fabric

Window Material
Aluminum or uPVC frames with glass

Open Style
Sliding, hinged, or customized

Dimension (L*W*H)
Customizable as per design requirements

Door Material
Aluminum frame with toughened glass or fabric

Connection
Steel fasteners, high-tensile bolts, and tensioning cables

Wall Materials
Steel, glass, fabric (optional)

Material
Structural steel and architectural fabric

Roof Material
High quality PVC coated polyester fabric

Thickness Of Wall Panel
Varies depending on material; generally 50-100mm for sandwich panels

Door
Single/Double leaf, sliding/hinged as per design

Window
Fixed or operable, as per size requirements

Window Style
Fixed, sliding, or customized

Floor Material
Concrete or customized as per client requirements

Floor Load
Designed as per project specifications

Roof Dead Load
Lightweight membrane, typically <10 kg/m

Roof Live Load
Complies with IS:875 standards, typically 0.5-1.5 kN/m

Earthquake Intensity
Up to Zone IV

Color
White

Use
Canopy, shelter, auditorium, sports facility, walkways, event spaces

Custom Shapes
Cone, barrel vault, saddle, and other free-form designs available

Waterproofing
100% waterproof membrane with sealed joints

Frame Type
Galvanized steel or powder-coated steel framing

Corrosion Resistance
Hot-dip galvanized steel for maximum durability against rust

Maintenance
Low maintenance, easy to clean and repair

Fire Rating
Roof and fabric materials comply with international fire safety standards

Installation Time
Rapid installation compared to traditional structures

Wind Resistance
Designed to withstand wind speeds up to 120 km/h or as per local codes

Light Transmission
Roof membrane allows for controlled natural daylight

UV Resistance
Roof fabric is UV stabilized for long-term outdoor use

Tensile Strength
Fabric tensile strength up to 900 N/5cm

Climate Suitability
Suitable for extreme climates, both hot and cold

Tensile Membrane Structures Trade Information

Minimum Order Quantity
1000 Square Foots

Payment Terms
Cash Advance (CA)

Supply Ability
100000 Square Foots Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Tensile Membrane Structures

Tensile Membrane Structures are commonly used for large-scale projects such as stadiums, exhibition halls and other public spaces. These are made by using supreme class raw materials and modern machinery in line with the set quality standards. These are lightweight, flexible, moisture proof, smoke proof and waterproof. Also, these can be easily installed without much effort. Additionally, these Tensile Membrane Structures can be availed from us in the wide range of designs and sizes as required by the customer.

Other Details:

Shape	Conical
Built Type	Modular
Is It Waterproof	Waterproof
Height	15.5 Feet
Cover Material	PVC
Tensile Strength	350 Mpa
Pole Material	Mild Steel
Color	White

Unmatched Durability and Corrosion Resistance

The galvanized steel or powder-coated framing, along with hot-dip galvanization, provides maximum protection against rust and corrosion. These features make the structure highly suitable for diverse climatic conditions prevalent in India.

Superior Safety Standards

All roof and fabric materials comply with stringent international fire safety standards. Engineered to withstand wind speeds up to 120 km/h or more, and designed for earthquake zones up to Zone IV, safety is prioritized in every aspect of structure design.

Customization and Design Flexibility

Clients can choose from a variety of free-form shapes such as cone, barrel vault, or saddle to suit unique architectural requirements. Dimensions, color, and materials are fully customizable to meet different usage demands, including canopies, shelters, and event spaces.

Enhanced Comfort and Light Transmission

The roof membrane allows controlled natural daylight into the space while maintaining UV resistance, waterproofing, and insulating properties. This creates a pleasant ambiance for sports facilities, auditoriums, and walkways.

Rapid Installation and Easy Maintenance

Compared to traditional structures, tensile membrane installations are quick and straightforward. Maintenance needs are minimalcleaning and repairs can be performed easily when required, ensuring long-term cost savings and performance.

FAQs of Tensile Membrane Structures:

Q: How are tensile membrane structures installed compared to traditional buildings?

A: These structures are known for rapid installation due to prefabricated components and modular design. Unlike traditional buildings, the lightweight steel frame and membrane system require less on-site construction time.

Q: What benefits do galvanized steel frames offer in tensile membrane structures?

A: Galvanized steel frames provide exceptional corrosion resistance, increasing the structures lifespan and reliability, especially in humid or coastal environments. This ensures longevity and reduces maintenance costs.

Q: When should I choose a tensile membrane structure for my project?

A: Tensile membranes are ideal when you need a fast-deployed, durable solution for canopies, auditoriums, sports facilities, walkways, shelters, or event spaces, particularly in areas subject to tough climate conditions.

Q: Where can these structures be used?

A: They are suitable for a wide range of locations such as parks, stadiums, schools, commercial complexes, and event venues, thanks to their adaptability to extreme hot and cold climates and customizable design options.

Q: What process is involved in customizing the shape and dimensions of the structure?

A: Customization starts with understanding the clients space and requirements. Designers propose suitable shapes (cone, barrel vault, saddle, etc.), select appropriate materials, and configure dimensions, doors, windows, and insulation as needed.

Q: How do the membrane and wall materials ensure year-round usability?

A: The roof fabric is UV stabilized and waterproof with sealed joints, while walls can be made from steel, glass, or insulated panels. These materials protect occupants from sun, rain, and extreme temperatures, allowing comfortable use all year.

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