24K Carbon Tow
Our 24K carbon fiber tow delivers exceptional filament density, strength, and reliability—ideal for large-scale structures and demanding industrial applications. It’s the premium choice for aerospace, motorsports, and any sector where mechanical performance and longevity are critical.
Specifications
24K Tow: Contains 24,000 individual carbon filaments per bundle for maximum density and superior mechanical performance.
Straight Tow: A simple, linear structure that’s easy to handle and adaptable to diverse manufacturing processes.
Width Options: Offered in multiple widths to meet your exact project specifications.
Straight Tow: A simple, linear structure that’s easy to handle and adaptable to diverse manufacturing processes.
Width Options: Offered in multiple widths to meet your exact project specifications.
Advantages
High Load Capacity: Designed for heavy-duty applications and continuous use under stress.
Maximum Density: Provides outstanding rigidity and mechanical stability, even in complex, high-intensity environments.
Versatile Formability: The straight-tow format adapts readily to various shapes and structural designs.
Cost Efficiency: Higher filament density means less material is required to achieve top-tier performance.
Dimensional Stability: Dense filament architecture maintains integrity under heavy loads and variable temperatures.
Longevity: Carbon fiber’s inherent corrosion and abrasion resistance ensure extended service life—crucial for industrial and construction needs.
Maximum Density: Provides outstanding rigidity and mechanical stability, even in complex, high-intensity environments.
Versatile Formability: The straight-tow format adapts readily to various shapes and structural designs.
Cost Efficiency: Higher filament density means less material is required to achieve top-tier performance.
Dimensional Stability: Dense filament architecture maintains integrity under heavy loads and variable temperatures.
Longevity: Carbon fiber’s inherent corrosion and abrasion resistance ensure extended service life—crucial for industrial and construction needs.
Applications
Industrial & Construction: Load-bearing elements such as bridges, platforms, and large-scale structural components.
Aerospace & Motorsports: High-stress parts including aircraft wings, chassis elements, and structural panels for performance vehicles.
Robotics & Drones: Lightweight yet robust material for precision-moving components.
Wind Energy: Composite rotor blades and hub mechanisms requiring maximum strength at minimal weight.
Marine Vessels: Large structural assemblies for yachts, patrol boats, and other craft operating in harsh marine environments.
Aerospace & Motorsports: High-stress parts including aircraft wings, chassis elements, and structural panels for performance vehicles.
Robotics & Drones: Lightweight yet robust material for precision-moving components.
Wind Energy: Composite rotor blades and hub mechanisms requiring maximum strength at minimal weight.
Marine Vessels: Large structural assemblies for yachts, patrol boats, and other craft operating in harsh marine environments.
