Carbon Fiber Yarn

Description

Carbon Fiber Yarns Parameters are key specs governing usability: tow size (e.g., 12K, 24K) indicates filament quantity, tensile properties dictate structural capability, and density impacts weight. Surface treatment and resin compatibility also matter, affecting bonding in composites. These parameters tailor yarns to applications from aerospace to textiles, ensuring optimal performance.

Feature：

Synergistic performance blend：

Integrates strengths of diverse fibers (e.g., carbon’s stiffness, glass’s cost-efficiency) to overcome single-fiber weaknesses, achieving balanced mechanical properties.

Design flexibility：

Allows customization of fiber types, ratios, and matrix resins to meet specific requirements like weight reduction, corrosion resistance, or impact tolerance.

Manufacturing adaptability：

Pre-impregnated structure simplifies processing, ensuring uniform fiber distribution and reducing production errors in molding or layup.

Application：

Marine engineering：

Used in boat hulls and decks, combining carbon fiber’s lightweight strength with glass fiber’s corrosion resistance for durability in water environments.

Renewable energy equipment：

Applied in wind turbine blades, merging aramid’s fatigue resistance with carbon’s rigidity to withstand continuous rotational stress.

Protective gear：

Utilized in armor plates and safety helmets, blending high-strength fibers with impact-resistant ones to enhance ballistic and shock protection.

Specification: