Fiberglass Roving Solutions for All Your Composite Needs

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Fiberglass Roving HCR3027

HCR3027 fiberglass roving represents a high-performance reinforcement material engineered with a proprietary silane-based sizing system. This specialized coating underpins the product’s exceptional versatility, delivering outstanding compatibility across major resin systems including polyester, vinyl ester, epoxy, and phenolic resins.

Designed for rigorous industrial applications, HCR3027 excels in critical manufacturing processes such as pultrusion, filament winding, and high-speed weaving. Its engineering optimizes both processing efficiency and final product performance. Key design features include an optimized filament spread and low-fuzz formulation, ensuring exceptionally smooth handling during production while preserving the material’s superior mechanical properties—notably high tensile strength and impact resistance.

Consistency is integral to HCR3027′s quality proposition. Rigorous quality control protocols throughout manufacturing guarantee uniform strand integrity and reliable resin wettability across all production batches. This commitment to consistency ensures dependable performance in the most demanding composite applications.

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Product Detail

Benefits

● Multiple Resin Compatibility: Offers universal compatibility with thermoset resins, enabling flexible composite formulation.

● Enhanced Corrosion Resistance:Engineered for demanding service conditions including chemical corrosion and marine exposure.

● Low Fuzz Production: Suppresses airborne fiber generation during handling, enhancing operator safety.

● Superior Processability: Precision tension management ensures flawless high-velocity winding and weaving operations by eliminating filament failure.

● Optimized Mechanical Performance: Engineered to achieve optimal structural efficiency through superior strength-to-mass characteristics.

Applications

Jiuding HCR3027 roving adapts to multiple sizing formulations, supporting innovative solutions across industries:

● Construction: Suitable for diverse applications including concrete reinforcement bars, fiber-reinforced polymer grid systems, and building cladding components

● Automotive: Engineered for vehicle weight-saving applications including chassis protection panels, impact absorption structures, and EV battery containment systems

● Sports & Recreation: High-strength bicycle frames, kayak hulls, and fishing rods.

● Industrial: Designed for critical industrial applications including corrosion-resistant fluid containment vessels, process piping networks, and dielectric insulation elements

● Transportation:Engineered for commercial vehicle applications including aerodynamic tractor attachments, rolling stock interior linings, and freight containment systems.

● Marine: Designed for marine applications including composite vessel structures, maritime walking surfaces, and offshore oil & gas infrastructure elements.

● Aerospace: Engineered for non-primary structural supports and cabin interior fittings.