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Revolve-CF is a professional carbon fiber bicycle frame manufacturer with composite carbon production experience. We supply full-series carbon bike frames, including 700c aerodynamic road carbon frames, gravel carbon frames, hardtail MTB carbon frames, track carbon frames, and carbon e-bike frames.
Professional full carbon fiber road bike frame, lightweight aero racing frameset with internal cable routing & disc brake. Similar geometry to top‑tier race bikes. Global shipping available.
A high-performance carbon bike frame starts with reliable carbon fiber material. Revolve-CF carbon frames are available with T700, T800, and T1000 carbon fiber options, helping customers match different market positions from entry-level retail models to high-end racing frames.
Carbon fiber provides an excellent strength-to-weight ratio compared with traditional aluminum frames. It helps reduce the overall bike weight while maintaining strong structural support, stable riding performance, and better vibration absorption. The frame can be optimized for road racing, gravel riding, mountain trails, daily training, or long-distance cycling.
For cycling brands, bike shops, and distributors, this material advantage creates a clear product selling point: lighter weight, stronger frame value, better ride feel, and a more premium market image.
Revolve-CF carbon bike frames are produced with advanced monocoque carbon molding technology to create a cleaner frame structure and stronger tube connection. The integrated molding process helps improve torsional stiffness, reduce weak points, and create a smoother overall frame appearance.
This production method allows the carbon layup to be arranged more precisely according to different stress areas. The bottom bracket area, head tube, chainstay, and seatstay sections can be reinforced for better power transfer and riding stability, while other areas can be optimized for comfort and weight reduction.
With monocoque carbon molding, the frame delivers a better balance of stiffness, comfort, durability, and lightweight performance, making it suitable for both performance cycling and commercial bike frame supply.
A good carbon frameset should not only look premium, but also match modern bicycle assembly standards. Revolve-CF carbon frames can support full internal cable routing, disc brake design, thru axle dropout options, and multiple bottom bracket standards depending on the selected model.
These design details make the frame cleaner, more aerodynamic, and easier to match with current cycling components. Internal cable routing improves the overall appearance and reduces exposed cable clutter. Disc brake and thru axle compatibility also meet the demand of road, gravel, and MTB markets where braking stability and frame stiffness are important.
For bike brands and assemblers, better compatibility means smoother production, easier component matching, and stronger market acceptance.
Revolve-CF provides a wide range of carbon bike frame options to support different riding scenarios and product lines. Available models can cover road carbon frames, gravel carbon frames, hardtail MTB carbon frames, track carbon frames, and carbon e-bike frame projects.
Road carbon frames are suitable for racing, endurance riding, climbing, and all-road use. Gravel frames can be developed for adventure riding, wider tire clearance, and mixed-terrain cycling. MTB carbon frames cover 24", 26", 27.5", and 29" wheel options for XC, trail, and off-road riding. Track and e-bike frame projects can also be customized according to brand requirements.
This full-category supply capability helps buyers source multiple carbon frame products from one factory, reducing supplier management costs and improving product line development efficiency.
Flexible OEM & ODM Customization Service
Revolve-CF supports both ODM and OEM cooperation models for different business needs. For fast market entry, customers can choose existing carbon frame models and customize the logo, paint color, surface finish, decal design, and packaging. This is suitable for small batch wholesale, bike shops, online sellers, and new cycling brands.
For deeper brand development, we also support OEM customization, including custom geometry, private mold development, carbon layup adjustment, tube shape design, integrated cockpit matching, carbon seatpost matching, and exclusive frameset solutions.
Whether customers need ready-stock carbon frames for quick sales or a private design for long-term brand building, our factory can provide flexible support from sample confirmation to mass production.
Carbon fiber bike frames require accurate geometry, stable structure, and reliable long-term performance. Revolve-CF follows strict quality control during carbon layup, molding, drilling, finishing, painting, inspection, and packaging to improve frame consistency and reduce production defects.
Before shipment, frames can be inspected for appearance, alignment, structural stability, impact resistance, vibration performance, and torsional rigidity according to order requirements. Professional packaging also helps protect the frames during international transportation.
With factory direct pricing, flexible MOQ, global shipping support, and after-sales service, Revolve-CF helps bicycle brands, distributors, bike shops, and cross-border sellers build a stable carbon bike frame supply chain.
Our carbon fiber bike frames fit multiple groups: professional road racers, amateur endurance cyclists, gravel adventure riders, mountain trail lovers, track fixed gear athletes, bike shop owners, cross-border e-commerce sellers, bicycle brand startups. Whether you need stock carbon frames for quick retail or exclusive customized carbon frames for your own brand, our carbon frame factory provides stable supply chain support.
| Model | Frame Type | Material | Head Tube | Seat Post | Size | Dropout | BB System | Finish |
| RCF-M-01 | 26" MTB | Full Carbon | 1-1/8"; 1-1/2" | 31.6 mm | 15 / 17 | QR | BSA1.24 x 68L | UD / 3K |
| RCF-M-02 | 27.5" MTB | Full Carbon | 1-1/8"; 1-1/2" | 31.6 mm | 15 / 17 | QR & 12 mm E-thru | BB92 x 41 Integrated | UD / 3K |
| RCF-M-03 | 27.5" MTB | Full Carbon | 1-1/8"; 1-1/2" | 31.6 mm | 15 / 17 | QR & 12 mm E-thru | BB92 x 41 / BSA1.24 x 73L | UD / 3K |
| RCF-M-04 | 29" MTB | Full Carbon | 1-1/8"; 1-1/2" | 31.6 mm | 15 / 17 | QR & 12 mm E-thru | BB92 x 41 / BSA1.24 x 73L | UD / 3K |
| RCF-M-05 | 29" MTB | Full Carbon | 1-1/8"; 1-1/2" | 31.6 mm | 15.5 / 17.5 / 19.5 / 21.5 | QR & 12 mm E-thru | BB92 x 41 Integrated | UD / 3K |
| RCF-M-06 | 29" MTB | Full Carbon | 1-1/8"; 1-1/2" | 31.6 mm | 15 / 17 | QR & 12 mm E-thru | BB92 x 41 / BSA1.24 x 73L | UD / 3K |
| RCF-M-08 | 29" MTB | Full Carbon | 1-1/8"; 1-1/2" | 31.6 mm | 15 / 17 | QR & 12 mm E-thru | BB92 x 41 / BSA1.24 x 73L | UD / 3K |
| M-24-A | 24" MTB | Full Carbon | 1-1/8"; 1-1/2" | 31.6 mm | 330mm | QR & 12 mm E-thru | BB68/BC1.37*24T | UD / 3K |
| RCF-M-24-B | 24" MTB | Full Carbon | 1-1/8"; 1-1/2" | 31.6 mm | 330mm | QR & 12 mm E-thru | BB68/BC1.37*24T | UD / 3K |
| RCF-R-01 | Road | Full Carbon | 1-1/8"; 1-1/8" | Special Post | 430 / 465 / 500 / 515 | QR & 12 mm E-thru | BSA1.24 x 68L / BB86 | UD / 3K |
| RCF-R-03 | Road | Full Carbon | 52; 52 | Special Post SP02 | 440 / 470 / 500 | QR & 12 mm E-thru | BSA1.24 x 68L / BB86 | UD / 3K |
| RCF-R-06 | Road | Full Carbon | 1-1/8"; 1-1/8" | 27.2 mm | 430 / 475 / 495 / 530 / 550 / 580 | QR & 12 mm E-thru | BSA1.24 x 68L / BB86 | UD / 3K |
Learn More About Frame Materials: Comparison of Bicycle Frame Materials
Frame Drop Impact Test: A heavy object strikes the top tube/bottom tube vertically; no cracks or delamination (key for carbon frames).
The whole Frame Drop Impact Test: The entire frame and fork are subjected to drop impact; welds/carbon layer do not crack.
Frame Vertical Static Load Test: A vertical load is applied to the seatpost; permanent deformation does not exceed limits.
Frame Horizontal Fatigue Test: Tens of thousands of reciprocating push-pull cycles simulate bumpy pedaling fatigue.
Pedaling Force Fatigue Test: Simulates pedaling force during riding; durability testing of the bottom tube and bottom bracket Shell.
Disc Brake Mount Fatigue Test: Repeated braking and pulling; disc brake lugs do not tear or strip.
Parameters | Carbon fiber composite material (T700/T800) | 6061-T6 aluminum alloy | 7075 high-end aluminum alloy. | Conclusion |
Density (g/cm³) | 1.55~1.60 | 2.70 | 2.81 | Carbon fiber 41% lighter than volume |
Unidirectional tensile strength (MPa) | 3500~4500 | 310 | 570 | Carbon fiber strength ≈ 6~11 times that of aluminum |
Elastic modulus (GPa, stiffness) | 230(fiber direction) | 69 | 72 | Carbon fiber stiffness ≈ 3.2 times that of aluminum |
Specific strength (strength / weight) | ≈2500 kN·m/kg | 115 | 200 | Carbon fiber specific strength ≈ 12~22 times that of aluminum |
Specific modulus (stiffness / weight) | 93 GPa·cm³/g | 26 | 26 | Carbon fiber lightweight rigidity rolled aluminum material |

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