Fiberglass Fabric Market

Fiberglass Fabric Market Outlook (2025 to 2035)

The global fiberglass fabric market is expected to reach USD 25,434 million by 2035, up from USD 11,827 million in 2024. During the forecast period (2025 to 2035), the industry is projected to grow at a CAGR of 7.2%.

Over the span of next ten years, the industry is poised to grow 2.0X with an absolute dollar opportunity of USD 12,744 million. Rising demand from automotive, aerospace, and construction sectors, superior thermal resistance and strength-to-weight ratio, increased wind energy investments, and growing infrastructure projects globally are propelling fiberglass fabric market.

Fiberglass fabric is a woven material renowned for its exceptional strength, durability, and resistance to heat and corrosion. Widely used in aerospace, automotive, and industrial applications, it’s a cornerstone of advanced composites. The global market is expanding rapidly, driven by sustainability goals and high-performance material demand across key sectors.

Metric	Value
Industry Size (2025E)	USD 12,690 million
Industry Value (2035F)	USD 25,434 million
CAGR (2025 to 2035)	7.2%

What are the drivers of the fiberglass fabric market?

The fiberglass fabric market expands because various industries actively choose this material for its outstanding properties including robust mechanics, thermal stability and strong resistance against chemical substances. The expansion of the construction sector creates opportunities for fiberglass fabrics because these materials are used for insulation systems, roofing purposes and structural applications because they demonstrate high durability and fire resistance properties.

The aerospace industry together with automotive production demands lightweight materials for reducing emissions that resulted in increased fiberglass fabric utilization for non-load-bearing automotive components and vehicle interiors. The wind energy market requires fiberglass fabrics for turbine blade production which supports the development of renewable energy systems.

Development of superior weaving methods combined with improved resin systems brought new opportunities in electronic applications and defense sectors as well as marine needs. The adoption of non-corrosive fire-retardant and thermally efficient materials is boosted by growing environmental and safety regulations which perfectly match the inherent properties of fiberglass fabrics.

Modern engineering and design depend upon fiberglass fabric as a vital component because this material delivers broad applicability and cost-effective superiority with outstanding performance benefits.

What are the regional trends of the fiberglass fabric market?

The fiberglass fabric market shows different patterns based on regional variations of manufacturing priorities as well as regulatory and economic developmental aspects in important global regions.

The United States along with North America runs its fiberglass fabric market through persistent demand within aerospace, defense, and construction activities. The market growth continues because of implementing strict fire safety requirements alongside building codes and spending on lightweight composite materials. The existing industrial infrastructure within this area enables both electronic technology development and industrial filtration advancement.

The European market shows stable expansion because of its thriving automotive sector along with its expanding wind energy segment. Germany along with France and Denmark drive fiberglass fabric adoption as they focus on sustainability alongside energy efficiency standards. The EU environmental directives support green building and renewable infrastructure projects by requiring recyclable and low-emission materials which confirm fiberglass fabric as a key component.

Asia Pacific stands as the fastest-growing market structure due to its active urban development together with industrial expansion and state-supported infrastructure and renewable energy programs. The construction automotive and electronics sectors in China India Japanese and South Korean markets drive the increasing demand for fiberglass fabric. Asia-Pacific has developed into a global center for fiberglass fabric production because of its affordable manufacturing capabilities and advantageous export situation.

The regional market environment is primarily influenced by the dominant industrial sectors and enforcement requirements as well as technological advancement speeds.

What are the challenges and restraining factors of the fiberglass fabric market?

The fiberglass fabric market will experience multiple obstacles along with obstacles during the forecasted period that may block expansion potential. Production costs along with profit margins face direct and unfavorable consequences from fluctuating raw material prices of glass yarns and synthetic resins. Price instability causes manufacturers to avoid market expansion and new market entry.

The main obstacle of fiberglass-based composites involves their restricted recyclability together with unfavorable environmental effects. Fiberglass material disposal becomes challenging because of their non-biodegradable properties thus creating sustainability risks that could lead to increasing environmental regulations over time.

Production and handling procedures of fiberglass require workplace safety protocols since they generate health and safety hazards which raise compliance costs.

The market battles against increasing competition from carbon fiber and natural fiber composites since these materials deliver superior performance for high-end applications together with better environmental credentials. The aerospace industry together with automotive and sports sectors increasingly select these substitutes instead of using fiberglass because they offer better alternatives.

Shifts in the Fiberglass Fabric Market from 2020 to 2024 and Future Trends 2025 to 2035

Fiberglass fabric industry growth remained consistent from 2020 to 2024 because construction enterprises and automobile manufacturers and wind energy operators expanded their purchases. Fiberglass fabrics became vital for infrastructure and transportation projects because they are affordable with corrosion resistance and lightweight characteristics. The market adopted fiberglass fabrics because of energy efficiency regulations alongside the push for non-metallic materials.

During the forecast period from 2025 to 2035 the market will experience rapid growth because electric vehicles will use fiberglass fabrics for structural purposes along with aerospace applications and green building construction. Hybrid fabric materials together with bio-resin innovations will upgrade product functionality alongside broader sustainability regulations which will drive manufacturing process reorganization. Demand growth will mainly come from new market opportunities found across the Asia-Pacific region together with Latin America.

Market Shift	2020 to 2024
Regulatory Landscape	Adoption of safety and fire-resistance standards in construction and transport. Mild focus on emissions reduction.
Technological Advancements	Evolution of woven roving and stitched fabrics. Gradual adoption of multiaxial fabrics for structural uses.
Industry-Specific Demand	Strong demand from construction, wind energy, and automotive for insulation and reinforcement.
Sustainability & Circular Economy	Initial industry-led recycling efforts and reduced VOC content in resins.
Market Growth Drivers	Infrastructure investments, lightweighting in transport, wind turbine blade manufacturing.

Market Shift	2025 to 2035
Regulatory Landscape	Introduction of stringent environmental policies, carbon footprint regulations, and material recyclability mandates.
Technological Advancements	Growth in smart fabrics, nano-coatings for higher strength-to-weight ratio, and bio-resin integration.
Industry-Specific Demand	Surge in aerospace, electric vehicles, and renewable energy infrastructure demanding high-performance composites.
Sustainability & Circular Economy	Large-scale implementation of closed-loop production systems, green chemistry, and sustainable fiber sourcing.
Market Growth Drivers	Electrification of mobility, green building certifications, and increased R&D into durable, eco-friendly fabrics.

Fiberglass fabric market dynamics will accelerate unexpectedly from 2025 through 2035 while facing advancements in innovation together with sustainability measures and advancements in industrial trends. The fiberglass fabric market will flourish because it attracts aerospace industries that need the material's strength and thermal resistance along with its weight reduction benefits and applications in electric vehicles and renewable energy systems and marine engineering.

The incorporation of nanomaterials combined with bio-based resins into fabrics will boost their performance capabilities while adhering to stricter environmental requirements. The Asia-Pacific region together with Latin America will quickly adopt new technologies because infrastructure improvements and local manufacturing lead to increased demand. Sustainability mandates and circular economy principles will drive investments in recyclable, energy-efficient fiberglass fabric solutions across the supply chain.

Country-Wise Insights

Country	CAGR (2025 to 2035)
United States	8.1%
Japan	8.8%
China	9.1%

United States (U.S.)

The United States fiberglass fabric market continues to grow steadily because of its use in demanding aerospace components and defense helicopter blades alongside wind turbine elements. The aerospace industry relies heavily on fiberglass fabrics to build aircraft components and turbine blades because they are lightweight materials that work toward cleaner fuel systems.

Sustained industrial demand exists in building projects because of FAA safety standards and sustainable construction codes which exist. New avenues are emerging because of growing electric vehicle production that enables fiberglass to strengthen EV battery units while providing insulation for interior sections. Woven roving and multi-axial fabric types undergo technological advancements which support better performance and increased market adoption.

Japan

The Japanese market for fiberglass fabric promotes change as semiconductor companies and electronics manufacturers expand together with transportation requirements. The material serves as an essential component for the production of printed circuit boards (PCBs) as well as heat shields and thermal management applications vital for precision electronics.

Manufacturers continue to innovate ultra-thin woven glass fabrics because they adopt miniaturized and high-performance devices. The national emphasis on energy conservation through environmental regulations drives eco-friendly building material use that depends on fiberglass products.

National policies that promote disaster-resilient infrastructure through earthquake-resistant construction drive stronger demand for durable reinforced composite materials to build buildings across the nation.

China

The vast domestic market for fiberglass fabric production positions China as the foremost manufacturer globally while its products serve three major industries including automobiles, construction and marine sectors. Public programs that boost electric vehicle adoption and expand smart cities together with renewable energy development particularly focusing on wind power serve as primary catalysts pushing fiberglass composite usage upward.

Industrial growth together with rapid urbanization requires extensive usage of fiberglass fabrics throughout cement reinforcement projects and roofing applications and pipe insulation needs. At the same time, continued investments in technology have enhanced the quality and performance of fiberglass through innovations in E-glass and S-glass types, bolstering China’s competitiveness in both domestic and export markets.

Category-Wise Analysis

By Type - Woven Fiberglass Fabric Dominates the Market Due to High Strength and Thermal Stability

The primary segment by type consists of woven fiberglass fabric because it demonstrates exceptional tensile strength combined with excellent dimensional stability alongside superior thermal resistance properties. The production process of these materials involves interweaving fiberglass yarns to form a rigid substance which industries such as electronics along with aerospace and automotive sector together with construction sector use extensively. Printed circuit boards together with cables rely on fiberglass fabrics as essential insulators because they prevent heat damage and create high-resistance barriers. Woven fabric consistency enables unified operational performance when installed in precise environments.

The demand for lightweight but durable materials drives market expansion because various industries need to build more energy-efficient devices at smaller scales. Woven fiberglass receives favor from regulatory authorities throughout the EU and U.S. because of its non-hazardous materials and the variety of fire safety ratings it provides. Asian Pacific infrastructure growth drives builders to use woven fiberglass for their insulation needs. Woven fiberglass maintains a strategic position in sustainable manufacturing because it offers both long-term durability and recyclability features to conscious manufacturers and OEMs.

By Category - E-class Fiberglass Fabric Leads Due to Balanced Performance and Cost-Effectiveness

The electrical-grade E-class fiberglass fabric dominates the market because it possesses outstanding dielectric strength features alongside chemical resistance and affordable price point. Most E-glass fabrics attribute their composition to alumino-borosilicate glass which subsequently finds application in electronics and electrical insulation and appliances alongside lightweight structural utilizations. The industry depends on this segment because it provides reliable insulation capabilities at costs that exceed regular fibers but are lower than S-glass and aramid grades.

The worldwide growth of electronics manufacturing in China, South Korea and Taiwan creates substantial market demand for E-glass fiberglass fabric. Electric vehicle markets and smart technologies join forces to create increased need for lightweight insulation materials which must withstand high temperatures. Participation in IEC 60216 and UL recognition standards encourages organizations to adopt E-glass materials since they satisfy requirements regarding electrical and thermal aging stability.

Due to its favorable balance of performance and affordability, E-class fiberglass fabric continues to be the go-to material across consumer electronics, industrial controls, and renewable energy systems, sustaining its leadership in both mature and emerging markets.

Competitive Analysis

Key players in the Fiberglass Fabric market include Chomarat Textile Industries, Gurit, Saint-Gobain Performance Plastics, Asahi Kasei Corporation, Porcher Industries, Saertex GmbH & Co. Kg, Hexcel Corporation, Taiwan Electric Insulator Co. Ltd, and Nitto Boseki Co.

Fiberglass fabric meets moderate levels of market concentration between multinational corporations alongside specialized regional manufacturers who compete in the market. Through their broad product ranges together with international reach and funding for advanced composite research and development top market players achieve substantial market power.

The companies serve demanding markets comprising aerospace together with wind energy construction as well as electronics where requirements for thermal resistance light weight design and dimensional stability matter most.

Market Share Analysis by Company

Company Name	Estimated Market Share (%), 2024
Top 5 Players	~45–55%
Tier II Players	~25–30%
Other Players	~15–30%

Key Company Offerings and Activities

Company Name	Key Offerings/Activities
Saint-Gobain Performance Plastics	Manufactures high-performance fiberglass fabrics for insulation and filtration. Focus on advanced composites and sustainability.
Hexcel Corporation	Produces high-strength fiberglass and carbon fabrics for aerospace and industrial uses. Focuses on lightweighting and innovation.
Asahi Kasei Corporation	Offers glass fiber-reinforced fabrics for electronics and automotive sectors. Strong in R&D and global integration.
Gurit	Specializes in structural composite materials including fiberglass fabrics for wind energy and marine. Focus on renewable energy markets.
Nitto Boseki Co., Ltd	Manufactures fiberglass fabrics for electronics and thermal insulation. Emphasizes vertical integration and high-purity production.
Porcher Industries	Develops technical textiles for defense, aerospace, and automotive sectors. Focus on thermoplastic composites and customization.
Saertex GmbH & Co. Kg	Supplies multiaxial fiberglass fabrics for wind, construction, and transport sectors. Known for tailor-made textile reinforcements.

Saint-Gobain Performance Plastics

Saint-Gobain stands as one of the market-leading companies that produces fiberglass fabric materials for high-performance applications including insulation solutions and filtration systems and industrial use. The engineered fiberglass fabrics from the company deliver durability along with resistance to chemicals and lightweight features that suit aerospace operations and construction projects along with energy applications.

Through its manufacturing practices Saint-Gobain implements sustainable production methods that include using recyclable components while lowering emissions. The company utilizes advanced composite technologies because they serve challenging applications that include wind turbine blade manufacturing and electric vehicle component production.

Manufacturing and research facilities spread across North America, Europe and APAC help Saint-Gobain reach multiple customer markets with customized solutions.

Hexcel Corporation

Hexcel holds dominant leadership in the fiberglass and advanced composites industry supplying products to aerospace and automotive sectors and industrial applications. Hexcel provides fiberglass fabrics which deliver outstanding performance because they combine heavy strength with lightweight characteristics alongside wear resistance features and protection against fires for structural applications.

Hexcel directs their innovation development towards high-performance fabrics that serve lightweighting requirements especially in aerospace interior and next-generation mobility platforms. As part of its dedication to sustainability the company develops both low-emission resin systems and recyclable fiber prepregs.

Hexcel distributes its manufacturing operations through sites located in the United States, Europe and China which provides them with a solid global supply system. The market position of engineered fabrics grows stronger because Hexcel maintains key partnerships with vehicle producers and top-level supplier companies.

Recent Development

• In March 2025, Hexcel Corporation announced a collaboration with FIDAMC (Foundation for the Research and Development of Composite Materials) to advance the development of composite materials. This partnership aims to enhance performance, efficiency, and sustainability across various sectors by leveraging innovative composite technologies.
• In January 2025, Hexcel Corporation showcased its latest advancements in composite technologies for aerospace applications at Aero India 2025. The exhibition emphasized Hexcel's commitment to innovation and its role in supporting the evolving needs of the aerospace industry.

Fact.MR has provided detailed information about the price points of key manufacturers of Fiberglass Fabric Market positioned across regions, sales growth, production capacity, and speculative technological expansion, in the recently published report.

Segmentation of Fiberglass Fabric Market

• By Type :

  • Woven Fiberglass Fabric
  • Non-woven Fiberglass Fabric

• By Category :

  • E-class Fiberglass Fabric
  • S-class Fiberglass Fabric
  • Others Fiberglass Fabric

• By Application :

  • Electronics
  • Electric
  • Defense
  • Wind Energy
  • Others

• By Region :

  • North America
  • Latin America
  • Western Europe
  • Eastern Europe
  • East Asia
  • South Asia & Pacific
  • Middle East & Africa