Introduction
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Why Composites
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The Power ofComposites
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01

Architectureinspired by Nature, ambitious and innovative

Pavingthe wayto newpossibilities

02

Ideal fusionof the power ofcomposites

The powerful, harmonious union of compositesreveals a new vision of architecture. More efficient, more versatile, composite materials offer infinite possibilities, innovation and renewed aesthetics, for new contemporary, sustainable and high-performance challenges.

03

Protection and beauty merge in performance

Composite materials combine strength and lightness, offering maximum protection against the elements and better insulation while maintaining an elegant aesthetic. Their innovative structure allows for durable and visually impressive creations, where design and performance come together without compromise.

DefygravitywithElegance

What if you letYourself beSurprised by

this unexpectedparadox ofarchitecture ?

Construction

Embrace thisparadox thatshakes up andsublimatesconventions

Composite materials play an increasingly prominent role in the construction of new buildings. Their unique properties enable highly creative and innovative designs, with façade treatments serving as the most emblematic illustration. Composites are also utilised in less visible applications in structural or semi-structural elements. The durability of composite materials also makes them very popular for infrastructure work. Their very high level of performance makes them essential allies for heavy infrastructures where their lightness and fluidity combine wonderfully with architects’ imagination.
  • Residential
  • Commercial
  • Public Building
Renovation

FROM FRAGILITY TO STRENGTH. FROM AGEING TO REVIVAL

The use of composite materials is growing for renovation, rehabilitation, and buildings and infrastructure activities. The properties of composite solutions significantly extend the lifespan of structures and, therefore, reduce their environmental footprint. The possibility of working on-site with large pre-built units minimises the duration of construction sites, and the aesthetic potential of composites opens the possibility of combining technological renovation and decorative improvement of places. All for costs that are now very competitive compared to more traditional materials.
  • Residential
  • Commercial
  • Public Building

Why Choose Composites

Weight
Cost
Strength
Durability
Maintenance
LCA/ Environment impact
Weight
Lower load on foundations, thinner structures can increase available space in the interior. In using composites to add functionality or to strengthen or repair an existing structure, minimal weight is added.
Cost
Speed of installation - less time and cost on site. Easy to repair.
Strength
Allows designs, across all end uses, which would not be possible with traditional materials due either to weight or production restrictions. Can be particularly useful in temporary structures. Composites are tough and if designed appropriately can resist significant impact.
Durability
Excellent weathering, chemical and water resistance. Fire resistance, low smoke emission and low toxicity. Longer life in aggressive environment e.g. salt covered roads and coastal regions.
Maintenance
Composites have demonstrated through many years of use that they basically do not deteriorate and are very durable. They are resistant to pests, they do not rot. Little or no maintenance is required.
LCA/ Environment impact
Life cycle assessment (LCA) is a methodology for assessing environmental impacts associated with all the stages of the life cycle of a commercial product, process, or service: environmental impacts are assessed from raw material extraction and processing (cradle), through the product's manufacture, distribution and use, to the recycling or final disposal of the materials composing it.
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It is through thisparadox, whichunites opposingmaterials...

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Standards

Composites are basically considered as new materials. Inmost countries of the world, the safety of buildings and structures is generally guaranteed by the application of building codes, design guides and related standards. Changes to building codes require the presence of composite interested parties (Industry Associations and Lobbying Groups) which set the codes and standards. The Building Standards are country or region based and it is difficult to conduct a global overview. It is also a topic of specialists. The purpose here is to give a general vision of where composites stand in this world of building standards and does not claim to be exhaustive.
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ASTM E-84 - Test Method for Surface Burning Characteristics of Building Materials

[North America]

This test method is intended to provide only comparative measurements of surface flame spread and smoke density with those of select grade red oak and fibre-cement board surfaces under the specific fire exposure conditions described herein.

Design of Fibre-Polymer Composite Structures

[Europe]

Classification using data from reaction to fire tests.

Fire Classification of Construction Products and Building Elements

[Europe]

The National Building Code of Canada (NBC) 2020, developed by the Canadian Commission on Building and Fire Codes and published by the National Research Council of Canada, sets out technical requirements for the design and construction of new buildings, and the alteration, change of use, and demolition of existing buildings.

IIBH Japan

[Asia]

The Institute of International Harmonization for Building and Housing (IIBH) aims to contribute to developing Japan's building and housing sector by promoting international harmonisation of technologies, systems, codes, and standards in the field of building and housing.

International Building Code - Interior Finishes

[North America]

The chapter contains the performance requirements for controlling fire growth and smoke propagation within buildings by restricting interior finish and decorative materials.

National Building Code of Canada 2020

[North America]

The National Building Code of Canada (NBC) 2020, developed by the Canadian Commission on Building and Fire Codes and published by the National Research Council of Canada, sets out technical requirements for the design and construction of new buildings, and the alteration, change of use, and demolition of existing buildings.

National Building Code of India 2026

[Asia]

The National Building Code of India (NBC) provides guidelines for regulating building construction activities nationwide. It serves as a Model Code for adoption by all agencies involved in building construction, be they Public Works Departments, other government construction departments, local bodies, or private construction agencies.

National Standards for Building Construction

[Asia]

This standard was developed to regulate the basic functions and performance requirements for residential buildings, considering relevant national laws and regulations. It aims to implement national policies related to technology and economics and advance sustainable development.

NFPA 285 - Standard Fire Test Method for Evaluation of Fire Propagation Characteristics

[North America]

This standard provides a test method for determining the fire propagation characteristics of exterior wall assemblies and panels used as curtain wall assemblies constructed using combustible materials or incorporating combustible components.

Prospect for New Guidance in the Design of FRP

[Europe]

Support for the implementation, harmonisation and further development of the Eurocodes.

Status and Future of the Structural Eurocode: Project Design of Fibre-Polymer Composite Structures

[Europe]

The paper focuses on current and future outputs from the project work by committee CEN/TC 250 WG4 and how stakeholders (e.g., practitioner and academic researcher users of the TS) can provide valuable support to future developments, including the first version of Eurocode standard EN 19101.

The Complete Guide to Building Regulations in South Africa

[Africa]

The primary Building Regulations in South Africa are contained within the SANS 10400 series, developed and maintained by the South African Bureau of Standards (SABS). These building standards cover a wide range of topics, from fire safety and electrical installations to energy efficiency and accessibility for people with disabilities.

The National Construction Code in Australia

[Oceania]

As a performance-based code, the National Construction Code sets the minimum required level for the safety, health, amenity, accessibility and sustainability of certain buildings. The Australian Building Codes Board, on behalf of the Australian Government and each State and Territory government, produces and maintains the National Construction Code.

International Building Code (IBC) - Fibre-Reinforced Polymer

[North America]

The provisions of this section govern the requirements and uses of fibre-reinforced polymer in and on buildings and structures.

American Concrete Institute (ACI)

[North America]

ACI produces hundreds of documents dedicated to improving the design, construction, maintenance, and repair of concrete and masonry structures. Standardization is the most rigorous consensus process used by ACI. Its sustainability goals include repair / upgrading / strengthening existing structures w/ appropriate technologies including composites.

Argentine Institute of Standardization and Certification (IRAM)

[South America]

A private non-profit civil association with more than 85 years of experience and the only ISO representative in Argentina.

Association Française de Génie Civil (AFGC)

[Europe]

AFGC is a privileged place for scientific and technical meetings and exchanges between all actors of Civil Engineering (engineers or technicians, architects, teachers or students), whether they are contractors, designers, directors or researchers.

Brazilian Association of Technical Standards

[South America]

A private, non-profit organization that acts as the national standardization body, developing technical standards for various sectors, including civil construction.

Brazilian Ministry of Labor and Employment (MTE)

[South America]

Establishes Regulatory Norms (NRs) for workplace safety and health in the construction sector.

BÜV eV

[Europe]

The members of the Construction Supervision Association (BÜV eV) are experienced test engineers and highly qualified independent experts who advise building owners in terms of consumer protection, of usability and sustainability.

Cooling Technology Institute - STD 137

[North America]

This specification offers recommendations for classification, materials of construction, tolerances, defects, workmanship, inspection, physical, mechanical and design properties of glass fiber-reinforced pultruded structural shapes intended for use as construction items in cooling tower applications.

Cooling Technology Institute - STD 124

[North America]

This specification covers the material of construction, workmanship, physical properties and methods of testing fiberglass reinforced plastic panels used in the construction of cooling tower fan stacks.

Saudi Building Code Home

[Middle East]

The Saudi Building Code National Committee has released the 2024 edition of the Building Code based on Ministerial Decision No. (181) dated 31/12/2024, as a reference version until 30/06/2025. This is the updated edition of the 2018 Building Code. The Saudi Building Code National Committee emphasizes the mandatory application of the 2018 edition of the Building Code until the 2024 edition becomes mandatory on the specified date.

An architectural revolutionembraced by pioneerssince 1950's

Over the past eighty years, the potential of composite materials has been identified and quickly used by architects, including for the construction of a typical or outstanding structures. Thus, if Walt Disney's Bubble House built in California and some original bubble houses are often chosen as iconic illustrations, this should not make forget that composite materials are often chosen for large-scale projects or at the forefront of innovation (museums, large infrastructures, religious buildings, etc.). Beyond their intrinsic technical assets, many engineers praise their graphic power and their lightness, which expands the field of aesthetic and functional possibilities. Book of achievements, sometimes old, which assert a very powerful power of evocation
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For more than 60 years, JEC has been entirely dedicated to the promotion of composite materials.

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