Carbon Fiber - 50K

Carbon Fiber - 1K

Carbon Fiber - 3K

Carbon Fiber 50K Tow Overview

50K carbon fiber tow (50,000 monofilaments per tow) is the heaviest commercial carbon fiber grade. It provides the maximum fiber volume per ply and the lowest cost per kg of fiber, making it the top choice for very large wind turbine blade main structures and ultra-large industrial composite parts.

50K Carbon Fiber Specifications

Parameter	Value
Filament Count	50,000 (50K)
Linear Density	3300 ± 100 mg/m
Tensile Strength	≥ 4,000 MPa
Tensile Modulus	≥ 230 GPa
Density	1.77 ± 0.03 g/cm³
Typical Fabric Weight	600–1200 g/m²
Sizing	Epoxy-compatible, 1.0–1.6%

Applications

Ultra-large wind turbine blade main structures and spar caps
Very large pultruded profiles, beams, and structural rods
Heavy industrial composite panels and bridge reinforcement
Large marine superstructures and offshore platforms
Cost-driven maximum-fiber-volume structural applications

GX400-50K Carbon Fiber Tow — Wet-Spun | JiLin Tangu

GX400-50K wet-spun PAN-based carbon fiber tow — general-purpose wet-spun grade

Tensile strength 4,000–4,500 MPa · Modulus ≥235 GPa

Low density 1.77±0.03 g/cm³ · soft handle & excellent resin wettability

For prepreg, vacuum infusion (VARTM), and composite reinforcement

Carbon fiber is a continuous filament with excellent mechanical properties, low density, heat and corrosion resistance, fatigue resistance, a small thermal expansion coefficient, and good electrical and thermal conductivity — properties that translate directly into lighter, stronger, and more durable composite parts.

GX500-50K Carbon Fiber Tow — High-Strength Wet-Spun | JiLin Tangu

GX500-50K wet-spun PAN-based carbon fiber tow — high-strength wet-spun grade

Tensile strength 4,500–4,900 MPa · Modulus ≥235 GPa

Low density 1.77±0.03 g/cm³ · soft handle & excellent resin wettability

For prepreg, vacuum infusion (VARTM), and composite reinforcement

As a continuous PAN-based reinforcement, GX500 carbon fiber offers low density, outstanding heat and corrosion resistance, superior fatigue endurance, minimal thermal expansion, and excellent electrical/thermal conductivity — combined here with a higher tensile strength grade for demanding structural applications.

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