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Our carbon bicycle handlebars are manufactured using premium-grade carbon fiber materials and optimized layup structures to achieve excellent stiffness-to-weight ratios. Compared with traditional aluminum handlebars, carbon fiber handlebars provide superior riding comfort, improved vibration damping, and enhanced control during long-distance rides, racing, climbing, and off-road cycling.

Our carbon fiber handlebars are engineered using advanced carbon composite materials to reduce unnecessary weight while maintaining structural strength. Lightweight handlebars help improve climbing performance, acceleration, and overall bicycle handling.
Keywords: lightweight carbon handlebars, high-performance carbon bike components
Carbon fiber offers exceptional tensile strength and stiffness compared with traditional aluminum materials. Our handlebars are designed to withstand demanding riding conditions while maintaining long-term durability.
Keywords: strong carbon handlebars, durable bicycle handlebars
Carbon composite materials naturally absorb road vibration and trail impacts, reducing hand fatigue and improving riding comfort during long-distance cycling and rough terrain riding.
Keywords: vibration damping carbon handlebars, comfortable bike handlebars
Our carbon road handlebars can be optimized with aerodynamic profiles to reduce wind resistance and improve riding efficiency, making them ideal for racing and performance bicycles.
Keywords: aero carbon handlebars, aerodynamic road bike handlebars
Professional OEM & Custom Manufacturing
As a direct carbon bicycle parts manufacturer, we provide complete customization services including handlebar shape, dimensions, carbon layup, surface finish, logo printing, and packaging solutions.
Keywords: OEM carbon handlebars, custom carbon bike parts manufacturer
Every carbon fiber handlebar undergoes professional inspection procedures, including material checks, structural testing, and finishing inspections to ensure consistent quality for global customers.
Keywords: carbon fiber bicycle factory, premium carbon components supplier
Designed for road cycling, racing, endurance riding, and gravel applications.
Features:
Lightweight aerodynamic design
Optimized ergonomic shape
Comfortable hand positions
High stiffness for efficient power transfer
Internal cable routing options
Compatible with mechanical and electronic shifting systems
Applications:
Road racing bikes
Aero bikes
Endurance bikes
Gravel bikes
Performance bicycles
Designed for mountain biking, trail riding, cross-country racing, and adventure cycling.
Features:
High impact resistance
Excellent vibration absorption
Lightweight construction
Increased riding control
Multiple width and rise options
Applications:
XC mountain bikes
Trail bikes
All-mountain bikes
E-MTB bicycles
Adventure bikes
Made from high-quality carbon fiber composites, this full carbon bicycle handlebar offers an exceptional stiffness-to-weight ratio while effectively reducing vibrations for a smoother ride.
| Product Name | Product No. | Material | Appearance | Width | Weight | Riser handlebar back sweep | Riser handlebar up sweep | Riser handlebar rise | Fork Diameter |
| Carbon Riser Handlebar | RCF-HB-001 | TORAY T700 CARBON | 3K | 580/600/620/660/ 680/700/720/740/760mm | Approx150g (660mm) | 8° | 3° | 18mm | 31.8mm |
| Carbon Riser Handlebar | RCF-HB-002 | TORAY T700 CARBON | 3K | 580/600/620/660/ 680/700/720/740/760mm | Approx150g (660mm) | 5° | 0° | / | 31.8mm |
| Product Name | Product No. | Material | Appearance | Weight | Stem length | Handlebar size | Fork Diameter | Drop | Reach |
| New carbon fiber integrated drop handlebars | RCF-R01-P1 | TORAY T700 CARBON | UD/3K | Approx 388g (420*90mm) | 90mm | 400/420mm | 1-1/8" (28.6mm) | 125mm | 104mm |
| New carbon fiber integrated drop handlebars | RCF-R01-P2 | TORAY T700 CARBON | UD/3K | Approx 388g (420*90mm) | 90mm | 400/420mm | 1-1/8" (28.6mm) | 125mm | 104mm |
1.Handlebar stem lateral bending static load test: Lateral pressure applied, permanent deformation ≤2mm
2.Handlebar stem forward bending test: Simulating the forward impact force of sudden braking, no breakage or slippage.
3.Handlebar stem locking torque durability test: Repeated disassembly and tightening, stripping and cracking detected.
4.Handlebar grip anti-slip and abrasion resistance test: Friction test shows no slippage or peeling.
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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