INBUILT INFRA

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Tensile

Tensile fabric structures are characterized by the use
of tensioned membranes, creating lightweight, durable, and visually striking architectural
forms.

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Polycarbonate

Polycarbonate is a very strong and resilient
thermoplastic material. Polycarbonate is also
very lightweight and capable of withstanding
extreme temperatures, either hot or cold. Due
to these qualities it makes for an effective
roofing material for many applications.

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Shingles

Perhaps the top advantage of asphalt
shingles over other roofing materials is
that they still offer high performance for a
lower cost. Asphalt shingles are the most
cost-effective roofing materials upfront,
and they still last long enough to provide
the most value over the long term.

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Facade

Polycarbonate facade systems
offer exceptional durability, with
high impact resistance and
weatherability. The material's
ability to withstand extreme conditions
makes it ideal for
long-term use in architectural applications.

TENSILE FABRIC STRUCTURES

Formal Flexibility: These structures offer architects unparalleled design flexibility, enabling the creation of unique and captivating building forms that are not achievable
with traditional building materials.Architectural Applications: Tensile fabric structures find applications in a wide range of architectural projects, including stadiums, event venues, and commercial buildings.Tensioned Membrane Systems: The structural integrity of tensile fabric structures is achieved through the use of tensioned membrane systems, which distribute forces and create elegant, curved forms.Material Selection: The selection of high-performance fabrics, such as Pvdf, PTFE-coate9 fiberglass and PVC-coated polyester, ensures durability, weather resistance, and translucency in these structures. Fabrication Techniques Advanced fabrication techniques,
including computer-aided design and precision engineering, are employed to create bespoke tensile fabric solutions.

APPLICATIONS OF TENSILE FABRIC STRUCTURES

l. Row Car Parking
2. Amphitheatres
3. Cafetaria
4. Conical Structure
5. Inverted Cone
6. Stadium
7. Dome Structure
8. OTS Covering
9. Sports Gallery
10.Entrance Canopy
11.Walkways
12.Kids Play Area
13.Cabana

WORLD OF FACADES

Welcome to the world of fabric facades, where
architecture meets art. Explore the innovative
use of textiles and discover the magic behind
these stunning structures. Join us on a journey
to uncover the beauty and functionality of fabric
facades.

INNOVATIVE APPLICATIONS

Dive into the world of cutting-edge technologies
and creative applications of fabric facades.
From dynamic shading solutions to interactive
designs, witness the versatility of fabric in architectural
expression. Explore the fusion of art,
technology, and sustainability in modern fabric
facade projects.

STRUCTURAL ADVANTAGES

Unveil the structural benefits of fabric facades,
including lightweight construction and flexibility.
Explore how fabric materials offer sustainable
solutions for energy efficiency and environmen_
tal impact. Witness the harmony between form
and function in fabric facade design.

FUTURE TRENDS

Peer into the future of fabric facades and anticipate upcoming trends in architecture. From
smart textiles to 3D-printed fabrics, explore the innovative possibilities that lie ahead. Join us in
envisioning the next chapter of fabric facades and their transformative impact on the built environment.

POLYCARBONATE ROOFING

Polycarbonate is a very strong and resilient
thermoplastic material. Polycarbonate is also
very lightweight and capable of withstanding
extreme temperatures, either hot or cold. Due
to these qualities it makes for an effective
roofing material for many applications.

VERSATILITY

The versatility of polycarbonate roofing
allows for a wide range of applications,
including skylights, greenhouses, and patio
covers. Its flexibility and ease of installation
make it suitable for both residential and
commercial projects. The material's transparency
also provides natural light diffusion,
enhancing interior spaces.

DURABILITY

Polycarbonate roofing is known for its resilience and long-lasting performance. It can withstand extreme weather conditions, including hail and strong winds, without
cracking or breaking. The material's UV protection also ensures long-term color retention and resistance to yellowing over time.

ENERGY EFFICIENCY

Polycarbonate roofing contributes to energy
efficiency by reducing the need for artificial
lighting in buildings. Its high thermal insulation
properties help maintain comfortable
indoor temperatures, reducing the reliance
on heating and cooling systems. This results
in lower energy consumption and cost savings.

EXPLORING THE POLYCARBONATE
FACADE PHENOMENON

In this presentation, we will explore the advantages of using polycarbonate facade systems in architectural design. We will discuss the unique properties of polycarbonate and its benefits for modern building facades.

Design Flexibility

The design flexibility of polycarbonate allows for innovative and creative architectural solutions. Its lightweight nature and ability to be molded into various shapes offer endless possibilities for unique facade designs.

ENERGY EFFICIENCY

Polycarbonate facade systems contribute to improved energy efficiency in buildings by providing excellent thermal insulation and natural daylighting. This helps reduce energy consumption and enhances indoor comfort.

MASTERING THE ART OF
SHINGLE ROOFING

Welcome to the comprehensive guide on Mastering the Art of Shingle Roofing. This guide will provide you with the essential knowledge and techniques to excel in shingle roofing. Get ready to elevate your roofing skills to the next level!

Types of Shingle Roofing

Explore the various types of shingle roofing, including asphalt shingles, wood shingles, and slate shingles. Understand the unique characteristics and advantages of each type, and learn how to choose the most suitable option for different
roofing projects.

MAINTENANCE AND REPAIR

Polycarbonate roofing contributes to energy
efficiency by reducing the need for artificial
lighting in buildings. Its high thermal insulation
properties help maintain comfortable
indoor temperatures, reducing the reliance
on heating and cooling systems. This results
in lower energy consumption and cost savings.

Shingle Installation Techniques

Master the essential techniques for shingle installation, including proper underlayment, flashing installation, and nailing patterns. Learn the best practices for ensuring a durable and weather-resistant shingle roof that stands the test of time.

Advantages of shingles roof

Perhaps the top advantage of asphalt shingles over other roofing materials is that they still offer high performance for a lower cost. Asphalt shingles are the most
cost-effective roofing materials upfront, and they still last long enough to provide the most value over the long term.

Weather Resistance

Shingles roofing provides excellent protection against various weather conditions such as rain, wind, and snow. Its weather resistance properties contribute to the overall safety and comfort of the building.