7. Conclusion
In conclusion, fiberglass, a material with a thousand-year history, continues to demonstrate its potential and relevance in modern industrial applications (energy, infrastructure, construction, e-mobility, etc.). Glass textile reinforcements, in their various forms – rovings, fabrics, mats, veils, and chopped strands –, offer exceptional versatility and performance that meet the requirements of the most innovative sectors.
In the automotive industry, glass fiber reinforced composites enable the design of lighter and stronger vehicles, contributing to improved energy efficiency and reduced CO 2 emissions. Advances in molding and pultrusion processes are also paving the way for increasingly complex applications.
The wind energy sector also benefits from the unique properties of glass fiber reinforcements....
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Conclusion
Glossary
Bibliography
- (1) - BERTHEREAU (A.) - High Performance Glass Fibers, previous & future trends - [Communication orale]. ACMA Composites 2012 Conference, Mandalay Bay Convention Center, Las Vegas, NV (02/2012). http://www.acmashow.org
- ...
Standards and norms
International Organization for Standardization (ISO)
- Textile glass – - ISO 1886 - (1995)
- Textile glass – - ISO 1887 - (1995)
- Textile glass – Discontinuous fibers and filaments – - ISO 1888 - (2022)
- Reinforcement wire – - ISO 1889 - (2009)
- Reinforcement wire – - ISO 1890 - (2009)
- Textile glass – Son...
Directory
Suppliers
These companies hold more than 85% of the global market.
Owens Corning
Johns Manville
Saint Gobain Vetrotex
Economic data
Reinforcing fiberglass market in 2024 (Owens Corning, 2025)
7.3 million tons worldwide.
Demand has grown over recent decades, with a growth rate consistently higher than that of industrial production (historically by a factor of 1.5 to 1.6).
Annual growth of 3.6% expected over the period 2024-2030.
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