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Innovative Applications of
Glass Fiber in Aerospace
Lightweight · High Strength · Corrosion Resistance, Advancing Flight & Space Technology
Glass Fiber Solutions for Aerospace Excellence
Lightweight Innovation · Empowering Aviation & Space Exploration
The aerospace industry, encompassing commercial aircraft, satellites, and spacecraft, relies heavily on advanced materials to achieve high performance and safety. High-performance glass fiber composites, with their exceptional advantages—high strength, lightweight, excellent wave-transparent properties, corrosion resistance, superior insulation, and design flexibility—are widely used in aircraft structures (e.g., fuselage panels, wings), interior components (e.g., cabin linings), radomes, and engine components.
Common glass fiber products such as fiberglass woven roving and fiberglass direct roving enhance durability while reducing weight. These solutions meet stringent aerospace standards, driving innovation in next-generation aviation and space exploration.
Advanced Glass Fiber Solutions for Aerospace Challenges
Engineered for Extreme Conditions: Lightweight Design, 1000°C+ Heat Resistance, Fatigue-Resistant Structures, and Certified Fire Safety
Engine housing
Materials choice impacts product performance and production efficiency,manufacturers face key issues：
- Materials are easily deformed under high temperature and high pressure
- Excessive weight affects efficiency.
Niumaterial provides fiberglass solutions to optimize production and boost product competitiveness：
fiberglass Products
fiberglass chopped strand mat、direct roving、fiberglass woven roving
Cabin interior materials
Materials choice impacts product performance and production efficiency,manufacturers face key issues：
- Traditional materials struggle to balance fire safety and lightweight requirements.
Niumaterial provides fiberglass solutions to optimize production and boost product competitiveness：
fiberglass Products
fiberglass chopped strand mat、direct roving、fiberglass woven roving
Aircraft structural components
Materials choice impacts product performance and production efficiency,manufacturers face key issues：
- High frequency loads induce structural fatigue
- High maintenance costs
Niumaterial provides fiberglass solutions to optimize production and boost product competitiveness：
fiberglass Products
fiberglass chopped strand mat、 direct roving、fiberglass woven roving、
Niumaterial's Fiberglass Solutions - Your Production Challenges
Niumaterial’s Fiberglass technologies that transform material challenges into quality excellence
fiberglass woven roving
Fiberglass woven roving is a high-strength reinforcement material available in plain, twill, and satin weaves. Plain weave offers balanced biaxial strength, twill weave suits complex contours, while satin weave delivers high strength with smooth surfaces.
fiberglass chopped strand mat
Fiberglass Chopped Strand Mat is a high-performance reinforcement material suitable for various composite molding processes. Available in powder-bonded and emulsion-bonded types, it offers excellent resin wettability and mechanical strength.
fiberglass direct roving
Fiberglass direct roving features precisely aligned continuous filaments, including types for winding, pultrusion and weaving. It delivers high strength and stability to composites, enhancing product durability and performance.
Unique Features And Fiberglass Molding Process Solutions
Providing winding, pultrusion, compression molding and other processes, Niumaterial accurately meets diverse product needs.
Customer selection rate
84%
A low-pressure contact molding method, initially used in composites. Steps: apply release agent → layer fiberglass with resin → cure → demold. Low-cost molds, no size limits, ideal for large products.
Customer selection rate
90%
A closed-mold, low-pressure process: place fiberglass reinforcement in mold → inject resin → cure → demold. Delivers smooth surfaces, precise dimensions, and excels in large structural parts.
Customer selection rate
85%
A mature method: resin-impregnated fibers → pre-preg sheets → press under heat/pressure. Ideal for large flat/thick products like laminates, insulation boards, and copper-clad circuit boards.
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50+ Fiberglass Product Catalogue！
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