Products

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Our Products: Advanced Composite Reinforcement Materials by Fiberweb

At Fiberweb, we specialize in manufacturing a comprehensive range of high-performance reinforcement materials, engineered to meet the demanding specifications of diverse industries. With a focus on quality, innovation, and customer satisfaction, our products provide superior strength, durability, and cost-effectiveness for your composite applications.

Whether you’re building the next generation of wind turbine blades, crafting robust marine vessels, or developing lightweight automotive components, Fiberweb has the precisely engineered reinforcement you need.

Why Choose Fiberweb Reinforcement Materials?

Our commitment to excellence translates into distinct advantages for your projects:

Optimized Strength-to-Weight Ratio: Achieve exceptional structural integrity without unnecessary weight, crucial for performance and efficiency in every application.
Superior Durability & Longevity: Our materials are designed to withstand harsh environments, resist corrosion, and deliver extended service life, reducing maintenance and replacement costs.
Versatile Design Freedom: The adaptability of our materials allows for complex geometries and innovative designs, empowering engineers and manufacturers to push boundaries.
Cost-Effectiveness: Benefit from materials that offer excellent performance at a competitive price point, optimizing your project budgets.
Consistent Quality: We adhere to stringent quality control processes, ensuring uniformity and reliability in every roll and strand.
Ease of Processing: Our materials are designed for efficient integration into various manufacturing processes, from hand lay-up to automated systems.
Tailored Solutions: We understand that every project is unique. Our expertise allows us to provide guidance and potentially custom solutions to meet your specific needs.

Our Product Portfolio

Explore our range of reinforcement solutions, each designed for specific performance characteristics and applications:

Fiberglass Reinforcement Materials

Chopped Strand Mat (CSM)

Description: A non-woven reinforcement made of randomly oriented chopped fiberglass strands held together by an emulsion or powder binder.
Key Benefits: Excellent conformability to complex molds, good wet-out properties, isotropic mechanical properties, cost-effective for general-purpose laminates.
Ideal For: Marine (boat hulls, decks), Pools & Spas (shells), Pipes & Tanks (linings), Automotive (non-structural parts), General FRP applications.

Continuous Strand Mat (CSM)

Description: A non-woven mat made from continuous fiberglass strands swirled or laid down in a random pattern, bound by a soluble binder. Differs from chopped strand mat by using continuous fibers for enhanced integrity.
Key Benefits: High bulk, good drapability, fast wet-out, excellent for compression molding and RTM processes, provides good surface finish.
Ideal For: Automotive (interior panels, trunk liners), Marine (larger molded parts, secondary bonding), Pipes & Tanks (structural layers), General industrial composites.

Woven Roving

Description: A fabric woven from continuous fiberglass rovings in a bidirectional pattern. Available in various weave styles (plain, twill, satin).
Key Benefits: High strength and stiffness in both warp and weft directions, excellent dimensional stability, good mechanical properties.
Ideal For: Marine (structural laminates, bulkheads), Automotive (heavy-duty components), Construction (panels, structural elements), Pipes & Tanks (high-pressure applications).

Filament Winding Roving

Description: Continuous fiberglass rovings specifically engineered for the filament winding process, designed for consistent tension and wet-out.
Key Benefits: Optimized for high-strength, cylindrical, and complex shapes; superior resin impregnation; excellent hoop and axial strength.
Ideal For: Pipes & Tanks (high-pressure vessels, chemical storage), Aerospace (rocket motor casings, pressure vessels), Wind & Energy (composite shafts, spars).

Gun Roving (Spray-Up Roving)

Description: Continuous fiberglass rovings designed to be chopped and sprayed with resin simultaneously using a spray-up gun.
Key Benefits: High production rates, good conformability to complex molds, cost-effective for large-volume parts.
Ideal For: Marine (large boat components), Pools & Spas (shell manufacturing), Pipes & Tanks (large diameter pipes, storage tanks), Automotive (truck parts, specialized vehicle bodies).

Chopped Strands

Description: Short-length fiberglass strands (typically 3mm to 25mm) used as reinforcement in thermoplastic and thermoset composites, and for concrete reinforcement.
Key Benefits: Improves impact strength, dimensional stability, reduces cracking, enhances flexural modulus.
Ideal For: Automotive (injection molded parts, dashboards), Construction (fiber-reinforced concrete, stucco, asphalt), Polymers (thermoplastic compounding), Aerospace (non-structural components).

Roving

Description: A bundle of continuous parallel fiberglass filaments, typically wound into a large package. A fundamental building block for many other reinforcement forms.
Key Benefits: Basis for woven fabrics, chopped strands, and filament winding; high tensile strength, good handling properties.
Ideal For: Diverse applications as the raw material for other fiberglass products, offering foundational strength.

Non-Crimp Fabrics (NCF / Multi-Axial Fabrics)

Description: Advanced stitched fabrics composed of multiple layers of unidirectional fibers aligned in specific angles without crimp, maximizing fiber straightness.
Key Benefits: Superior mechanical properties (strength, stiffness) due to straight fiber alignment, reduced resin consumption (lighter laminates), and highly customizable fiber orientation for specific load paths.
Includes:
- Double Bias Mat (DBM): Combines two layers of unidirectional rovings (typically at +45° and -45°), sometimes with a chopped strand mat layer. Offers excellent bi-directional strength and improved laminate consistency.
- Triaxles (Triaxial Fabrics): Features three layers of unidirectional fibers typically aligned at 0°, +45°, and -45°. Provides balanced strength and stiffness across three axes, ideal for complex stress distributions.
- QUADs (Quadaxial Fabrics): Features four layers of unidirectional fibers typically aligned at 0°, +45°, 90°, and -45°. Provides exceptional multi-directional strength and stiffness for highly loaded structures.
Ideal For: Wind & Energy (turbine blades, spars), Aerospace (structural components, fairings), Marine (high-performance hulls, spars, masts), Automotive (high-performance structural parts).

Combined Reinforcement Materials

Combomats

Description: A versatile hybrid reinforcement combining different types of materials, most commonly stitched layers of unidirectional rovings (e.g., bi-axial or tri-axial) with an integrated chopped strand mat (CSM) or continuous strand mat.
Key Benefits: Offers the tailored strength of stitched fabrics combined with the conformability and gap-filling properties of mat; reduces lay-up time; custom combinations available for specific project needs.
Ideal For: Marine (complex hull sections, deck structures), Wind & Energy (nacelle components, reinforcing areas), Pools & Spas (integrated structural layers), general composite manufacturing requiring optimized mechanical properties and processing efficiency.

Specialty Reinforcement Materials

Carbon Fiber

Description: A high-strength, lightweight material consisting of extremely thin fibers about 5-10 micrometers in diameter, composed mostly of carbon atoms. Available in various forms including woven fabrics, unidirectional tapes, and chopped fibers.
Key Benefits: Exceptional strength-to-weight ratio, high stiffness, excellent fatigue resistance, low thermal expansion, good corrosion resistance. Ideal for applications demanding ultimate performance and weight savings.
Ideal For: Aerospace (primary structures, aircraft interiors), Wind & Energy (high-performance turbine blades), Automotive (racing components, luxury vehicle parts), Marine (performance yacht components), Sports & Recreation.

Milled Fiberglass

Description: Finely ground fiberglass, typically ranging from 1/32″ to 1/8″ in length, often used as a filler or thickener in resins.
Key Benefits: Increases viscosity and thixotropy of resins, improves physical properties like hardness and impact strength, reduces shrinkage, and can enhance sanding characteristics. Cost-effective filler.
Ideal For: Automotive (body fillers, bonding compounds), Marine (fairing compounds, structural fillers), Adhesives, Putties, Polymer concrete, and other composite paste applications.