Products

GT700-12K dry-spun PAN-based carbon fiber tow — dry-spun for filament winding

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

Low density 1.77±0.03 g/cm³ · high stiffness & firm handle

For filament winding of hydrogen tanks, pressure vessels, and high-modulus structures

Dry-spun GT700 carbon fiber combines continuous-filament integrity with high stiffness and a firm, straight handle.

GT700-24K dry-spun PAN-based carbon fiber tow — dry-spun for filament winding

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

Low density 1.77±0.03 g/cm³ · high stiffness & firm handle

For filament winding of hydrogen tanks, pressure vessels, and high-modulus structures

Dry-spun GT700 carbon fiber combines continuous-filament integrity with high stiffness and a firm, straight handle.

GT800-12K dry-spun PAN-based carbon fiber tow — high-modulus flagship grade

Tensile strength ≥5,500 MPa · Modulus ≥290 GPa

Low density 1.78±0.03 g/cm³ · high stiffness & firm handle

For filament winding of hydrogen tanks, pressure vessels, and high-modulus structures

GT800 is a high-modulus dry-spun carbon fiber: continuous, low-density, heat and corrosion resistant, fatigue resistant, with a very small thermal expansion coefficient and excellent electrical/thermal conductivity — engineered for the most demanding filament-wound structures.

GX400-12K wet-spun PAN-based carbon fiber tow — general-purpose wet-spun grade

Tensile strength 4,200–4,600 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.

GX400-1K wet-spun PAN-based carbon fiber tow — general-purpose wet-spun grade

Tensile strength 4,200–4,500 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.

GX400-25K wet-spun PAN-based carbon fiber tow — general-purpose wet-spun grade

Tensile strength 4,200–4,550 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.

GX400-35K wet-spun PAN-based carbon fiber tow — general-purpose wet-spun grade

Tensile strength 4,200–4,500 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.

GX400-3K wet-spun PAN-based carbon fiber tow — general-purpose wet-spun grade

Tensile strength 4,200–4,500 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.

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.

GX400-6K wet-spun PAN-based carbon fiber tow — general-purpose wet-spun grade

Tensile strength 4,200–4,500 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.

GX500-12K wet-spun PAN-based carbon fiber tow — high-strength wet-spun grade

Tensile strength 4,600–4,900 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.

GX500-25K wet-spun PAN-based carbon fiber tow — high-strength wet-spun grade

Tensile strength 4,550–4,900 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.

GX500-35K 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.

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.

GXBL12K-D200G 200 g/m² carbon fiber unidirectional (UD) fabric — GT700-12K dry-spun tow

Total areal density 200±10 g/m² · Warp density 2.45±0.2 roots/cm · Weft (heat-fuse) 1.5±0.3 roots/cm

Tensile strength ≥4900 MPa · Tensile modulus ≥235 GPa · Elongation 1.6% · Density 1.77±0.03 g/cm³

High-Strength Dry-Spun carbon fiber · 0.8-2.0% epoxy-compatible sizing · linear density 800±20 mg/m

Custom width (deviation 0–10 mm) and roll length (deviation 0–1 m); moisture content ≤0.2%

Wind energy · marine · automotive · construction · sports & leisure · industrial composites