Product Description
>> As a premier manufacturer and supplier of advanced composite materials, we engineer the High Tensile Strength Aerospace-grade Carbon Fiber Roving CWP210-1000 to meet the rigorous demands of modern structural applications. This continuous carbon fiber bundle delivers an exceptional strength-to-weight ratio, outstanding thermal stability, and uncompromising corrosion resistance. It serves as the foundational reinforcement for lightweight, high-load components across aerospace, automotive, and sporting goods sectors.
Available in versatile tow sizes (1K, 3K, 6K, 12K) to suit diverse fabrication needs.
Engineered for ultra-low density while maintaining maximum structural rigidity.
Optimized for rapid resin wet-out in automated production lines.
Code | 0° | 90° | Density (g/m²) | ||
Fiber | Density (g/m²) | Fiber | Density (g/m²) | ||
CWP100-1k | 1K | 50 | 1K | 50 | 100 |
CWP200-3k | 3K | 100 | 3K | 100 | 200 |
CWP240-3k | 3K | 120 | 3K | 120 | 240 |
CWP280-6k | 6K | 140 | 6K | 140 | 280 |
CWP360-6k | 6K | 180 | 6K | 180 | 360 |
CWP400-12k | 12K | 200 | 12K | 200 | 400 |
CWP480-12k | 12K | 240 | 12K | 240 | 480 |
Exceptional Tensile Modulus: Resists deformation under severe mechanical stress, snapping back to its original configuration upon load removal.
Thermal & Chemical Resilience: Maintains structural stability in high-temperature environments and resists degradation from harsh chemicals and saltwater.
Low Fuzz Generation: The uniform sizing treatment minimizes friction during spool unwinding, reducing machine downtime and maintenance.
Versatile Matrix Compatibility: Bonds effectively with epoxy, vinyl ester, and phenolic resin systems for diverse manufacturing requirements.
Sourced from aerospace-grade premium PAN precursors, ensuring extraordinary tensile strength and superior fatigue resistance for long-term structural reliability.
The fiber surface undergoes a specialized sizing treatment, achieving high compatibility with epoxy and vinyl ester matrices. This facilitates rapid impregnation and establishes a formidable interfacial bond.
Manufactured in strict adherence to ISO9001 and aerospace material quality standards, satisfying the rigorous environmental and regulatory demands of global high-end manufacturing sectors.
Features uniform unwinding tension and an exceptionally low fuzz rate, making it perfectly suited for high-efficiency automated production lines, including prepreg processing, pultrusion, and filament winding.
Subjected to rigorous, batch-by-batch mechanical performance testing and flaw detection to guarantee zero performance deviation during large-scale continuous production.
We accommodate deep customization requests for varying spool weights, K-counts, and specialized sizing agents. Supported by robust production capacity, we ensure the stable, on-time delivery of large-volume procurement orders.
✔ Direct Factory Supply Chain: As a primary supplier, we eliminate intermediary markups, offering highly competitive pricing for bulk material procurement.
✔ Stringent Quality Assurance: Every spool undergoes comprehensive tension and modulus testing before leaving our facility, ensuring absolute consistency.
✔ Agile Customization: Our engineering team collaborates directly with your R&D department to tailor fiber sizing and tow counts to your specific matrix formulas.
✔ Dependable Global Logistics: With optimized inventory management and established shipping networks, we guarantee reliable lead times to keep your production lines running smoothly.
How does the specific weave or roving structure improve end-product performance?
The continuous, aligned nature of this roving allows for precise load distribution. When molded into curved components, it retains maximum tensile strength while absorbing impact energy, significantly reducing the risk of structural failure during collisions.
Can the CWP210-1000 series be utilized for marine and water sports equipment?
Absolutely. Its inherent resistance to saltwater corrosion and moisture ingress makes it a superior choice for marine vessels, kayaks, and paddleboards. The lightweight profile also dramatically improves buoyancy and agility on the water.
What distinguishes 3K from higher tow counts like 12K in this material series?
A 3K tow (3,000 filaments) provides an optimal blend of flexibility and strength, ideal for intricate shapes and sporting goods. Higher counts like 12K offer greater thickness and stiffness, making them the preferred choice for heavy-duty structural reinforcement in industrial applications.
What are the recommended handling and maintenance protocols for this raw material?
Store the spools in a climate-controlled, dry environment away from direct UV exposure. When handling, ensure the workspace is free of dust and use dedicated, non-acidic/non-alkaline cleaning agents for any finished composite surfaces to preserve the resin matrix integrity.
What is the standard Minimum Order Quantity (MOQ) and lead time for bulk procurement?
We accommodate flexible MOQs tailored to your factory's production schedules. Standard lead times range from 2 to 4 weeks, depending on custom sizing requirements and total volume, ensuring your supply chain remains uninterrupted.
Technical Sheet
Code | Warp | Weft | Density g/m2 | Thickness mm | ||
Fiber | Weight g/m2 | Fiber | Weight g/m2 | |||
CWP210 | 3K | 105 | 3K | 105 | 210 | 0.2 |
| >> Suitable Production Process | >> Characteristics |
Prepreg Manufacturing Process: Ideal for handling and processing pre-impregnated composite materials. Vacuum Infusion Molding Process: Perfectly suited for the precise resin distribution required in vacuum infusion. Hand Lay-up Operations: Easy to handle and position for manual composite fabrication. Compression Molding: Withstands the high pressures of closed-mold forming operations. Autoclave Processing: Performs exceptionally well under combined heat and pressure treatments. | Exhibiting a substantial modulus of elasticity, this aerospace-grade material demonstrates an exceptional capacity to resist deformation under intense external forces. Upon the removal of mechanical stress, it rapidly regains its original configuration. This dynamic property is of paramount significance in upholding the structural integrity of critical components, enabling them to endure cyclical mechanical loads without compromising their precise form or functional reliability over time. |
Main Application Area
Aerospace & Aviation, Military industry and wind power industry,
Transportation, Construction Industry, Medical equipment, Sports products.
>> Aviation Field Carbon fiber roving enjoys extensive utilization in the aerospace industry, playing a crucial role in the fabrication of various components. It is employed to create essential parts like aircraft wings, fuselages, and engine components. Thanks to its exceptional strength-to-weight ratio, carbon fiber roving enables a significant reduction in the overall weight of an aircraft. This weight reduction, in turn, leads to enhanced fuel efficiency, allowing the aircraft to cover longer distances with less fuel consumption. Moreover, it contributes to improved performance, enabling smoother flight operations, better maneuverability, and increased speed capabilities. |  |
| >> Automotive Field Within the automotive sector, carbon fiber roving is utilized for the manufacturing of lightweight body panels, drive shafts, and suspension components. These components are integral to the vehicle's structure and functionality. The body panels, with their reduced mass due to carbon fiber roving, contribute to the overall aerodynamics and weight - reduction efforts of the vehicle. Drive shafts fabricated from this material offer high strength - to - weight ratios, facilitating efficient torque transfer. Suspension components made with carbon fiber roving enhance the vehicle's dynamic performance. The application of carbon fiber roving in automotive design can lead to a significant decrease in the vehicle's weight. This reduction in weight has two primary benefits. From an energy - efficiency perspective, it results in improved fuel economy as the power required to propel the vehicle is decreased. In terms of performance, it enhances the driving experience by providing better acceleration, braking, and handling characteristics. |
| >> Sports Equipment Carbon fiber roving has become a highly sought-after material in the manufacturing of various sports equipment. It is prominently utilized in the production of items such as bicycles, where its lightweight yet robust nature contributes to enhanced speed and maneuverability. In the case of golf clubs, carbon fiber roving allows for the creation of shafts that offer superior strength and flexibility, enabling golfers to achieve greater accuracy and distance in their swings. When it comes to tennis rackets, the use of carbon fiber roving imparts exceptional stiffness and power transfer, allowing players to generate more force with each shot while maintaining control. Similarly, in fishing rods, this material provides the necessary strength to withstand the pull of large fish, while its lightweight characteristic ensures a comfortable and fatigue-free fishing experience. |  |
 | >> Other Applications include shipbuilding, building materials, electronic products, etc. In these areas, plain carbon fiber cloth can play a role in strengthening, weight reduction, heat insulation and so on. |
Maintenance
| Clean the surface of the carbon fiber Fabric. During use, dust and stains on the surface of carbon fiber Fabric should be cleaned in time, and special cleaners should be used to avoid acidic or alkaline cleaners. |
| Prevent carbon fiber Fabric From being exposed to sunlight for a long time. Long exposure to sunlight will make the surface of carbon fiber Fabric crack and fade, affecting the beauty and service life. |
 | When storing carbon fiber Fabric Attention should be paid to avoid humidity, high temperature and other environments. When storing carbon fiber Fabric, avoid humidity, high temperature and other environments, and keep dry and ventilated. |
