carbon fiber bicycle parts
High Performance Bicycle Parts from China's Haidelibikes Manufacturer
At Haideli Bikes, we offer a refined selection of Other Bicycle Parts crafted for riders seeking performance and precision. Our carbon fiber bicycle parts, including carbon fiber bike frames, combine strength and lightweight design for versatile terrain use.
We supply high-quality bike frames for all riding styles — from agile road bike frames, all-terrain gravel bike frames, to durable mountain bike frames (MTB frames) built for tough trails.
Haideli Bikes Catalog
Last Updated - 2nd July 2025
Carbon fiber endurance road bike frame
Endurance-Optimized Geometry: Engineered with a taller stack and shorter reach, the road bike endurance frame geometry promotes upright positioning to reduce fatigue on long-distance rides.
- High-Modulus Carbon Fiber Construction: Utilizes unidirectional carbon layups for enhanced stiffness-to-weight ratio, critical for efficient power transfer and rider stability.
- Vibration Damping Compliance: Designed with seatstay shaping and carbon fiber layering to absorb road vibrations, improving comfort over varied terrain.
- Integrated Design Compatibility: Endurance road bike frame models support internal cable routing, electronic and mechanical drivetrains, and modern bottom bracket standards.
- Wide Tire Clearance: Supports up to 32mm tires, allowing better grip and control across endurance-focused road conditions.
FAQS:
Q: What makes a carbon fiber endurance road bike frame different from a race frame?
A: Endurance road bike frames are designed with a more relaxed geometry—featuring a taller head tube, shorter top tube, and longer wheelbase—for enhanced stability and rider comfort over long distances. Compared to race-specific frames, endurance frames for road bikes prioritize compliance and fatigue reduction rather than aggressive aerodynamics.
Q: Is a carbon endurance road frame suitable for beginners or only for experienced cyclists?
A: Yes, carbon endurance frames are ideal for both beginners and seasoned cyclists. The forgiving ride quality, vibration damping, and upright posture make these road bike endurance frames well-suited for entry-level riders seeking comfort without sacrificing performance.
Q: Can I use wider tires with a carbon road bike endurance frame?
A: Absolutely. Most endurance-style carbon road frames offer generous tire clearance—typically up to 32mm—allowing for improved grip, shock absorption, and comfort on rough or mixed-surface roads. This is a key feature distinguishing them from traditional performance frames.
Q: How durable is a carbon fiber frame for road bike endurance use?
A: High-quality carbon fiber frames are engineered for long-term durability. Using high-modulus fibers and advanced resin systems, these frames undergo fatigue and impact testing to ensure reliability under sustained endurance riding conditions.
Q: Are carbon endurance road frames compatible with modern drivetrain systems?
A: Yes. Our carbon fiber endurance road bike frames support both mechanical and electronic shifting (Di2, eTap), with internal cable routing, integrated seatpost clamps, and press-fit or threaded bottom bracket standards to meet current industry specifications.
Carbon Aerodynamic Road Bike Frame
Haidelibikes carbon aero road frames deliver optimal performance for competitive cyclists. Designed using CFD-optimized tube shaping and integrated cable routing, each aero frame road bike model minimizes drag while maximizing power transfer.
- High-modulus carbon layups ensure exceptional lateral stiffness and vertical compliance.
- Tapered head tubes and oversized bottom brackets enhance handling and sprint efficiency.
- Internal routing supports electronic and mechanical drivetrains for clean airflow.
- UCI-compliant geometries available for race-ready road bike aero frame builds.
FAQS:
Q: What are the key advantages of a carbon aero road frame over a traditional road bike frame?
A: A carbon aero road bike frame is designed with aerodynamic profiles—like truncated airfoils and Kammtail shapes—to reduce drag at high speeds. Compared to standard lightweight climbing frames, aero road frames offer better wind-cheating performance, making them ideal for flat or rolling terrains and racing.
Q: Is a carbon aero frame road bike suitable for endurance riding?
A: Yes, modern carbon fiber aero frames balance stiffness and compliance. Advanced layup techniques and carbon fiber tuning allow for vertical flex while maintaining lateral rigidity, which helps reduce fatigue on longer rides without sacrificing aerodynamic efficiency.
Q: How does a carbon aero road frame influence power transfer and ride quality?
A: Thanks to its high-modulus carbon structure, a carbon aero frame offers excellent torsional stiffness. Combined with an oversized bottom bracket and tapered head tube, this results in responsive power transfer, precise steering, and minimal energy loss—critical in sprints and breakaways.
Q: Are carbon aero road frames compatible with disc brakes and electronic groupsets?
A: Absolutely. Most modern aero frame road bikes are designed with full integration in mind, supporting flat-mount disc brakes, thru-axles, and both Di2/eTap and mechanical drivetrains. Internal cable routing ensures clean airflow and a sleeker aesthetic.
Carbon All Road Bike Frame
All-road frameset is ideal for riders demanding versatility, comfort, and durability. Whether on tarmac, gravel, or light off-road routes, each mixed-terrain bike frame is optimized for stability and control over long distances.
- Endurance-tuned geometry ensures comfort and reduced fatigue on multi-hour rides.
- Clearance for wider tires (32–45mm) enhances traction and ride compliance.
- Reinforced carbon layups provide stiffness without compromising vibration damping.
- Compatible with racks and fenders, ideal for adventure road bike frame setups and bikepacking.
- Designed as the ultimate versatile road bike frame for all-road exploration.
FAQ – All Road Bike Frame
Q: What defines an all-road bike frame compared to a traditional endurance or gravel frame?
An all-road frameset bridges the gap between endurance road and gravel geometry. It features a more relaxed head angle than racing frames for stability, but remains sharper than pure gravel bikes, making it ideal for mixed-terrain riding—from pavement to compact dirt trails.
Q: What tire clearance does a typical versatile road bike frame support?
A: Most modern all-road frames support tire widths from 32mm up to 45mm, depending on rim size and frame design. This allows riders to adapt for speed on pavement or added grip and comfort on rough or unpaved surfaces, increasing the bike’s adaptability.
Q: How does the carbon layup in an endurance road bike frame affect ride quality?
A: A performance-tuned carbon layup in an endurance road bike frame balances lateral rigidity with vertical compliance. Layered fiber orientation and resin control help absorb road buzz, improving comfort without compromising structural stiffness for power transfer.
Q: Is an adventure road bike frame suitable for bikepacking or loaded touring?
A: Yes. A well-designed adventure road bike frame includes mounting points for racks, fenders, and extra bottle cages. Reinforced tubing in critical stress areas ensures it can handle extra loads while maintaining handling precision and long-term durability.
Q: Are all-road frames compatible with both 1x and 2x drivetrain setups?
A: Most mixed-terrain bike frames are engineered with modular derailleur hangers and wide chainstay clearance, making them compatible with both 1x and 2x systems—whether mechanical or electronic. This allows riders to configure the drivetrain for terrain-specific efficiency.
carbon fiber bicycle frame
| Category | Description |
|---|---|
| Road & Gravel Bicycle Frames | Designed for speed and compliance, our carbon road and gravel frames balance stiffness with lightweight construction. Engineered for aerodynamic efficiency and vibration damping across diverse terrain types. |
| MTB Bicycle Frames | Built for demanding trails, our carbon MTB frames use advanced layup techniques, offer high impact resistance, and feature optimized geometry tailored for both aggressive trail riding and cross-country performance. |
| Custom Bicycle Frames | We provide fully custom carbon fiber frame solutions, from geometry personalization to carbon layup optimization—engineered to meet individual rider profiles and performance needs. |
| OEM & ODM Expertise | As experienced carbon frame manufacturers, we support OEM/ODM services with advanced molding processes, custom tooling, and ISO-certified quality control to ensure consistent, high-performance carbon framesets. |
FAQS:
Q: What makes a carbon fiber bicycle frame superior to aluminum or steel in performance applications?
A: Carbon fiber offers an unmatched stiffness-to-weight ratio, allowing frame engineers to tailor stiffness and compliance in specific areas through strategic layup patterns. Unlike aluminum or steel, a carbon fiber bike frame can be shaped aerodynamically without compromising structural integrity, making it ideal for performance road bikes, race frames, and lightweight climbing setups.
Q: How does layup design affect the ride characteristics of a carbon road bike frame?
A: Layup refers to how carbon sheets are layered and oriented during frame construction. Advanced layup techniques control vertical compliance for comfort and lateral stiffness for efficient power transfer. In a high-end carbon road bike frame, areas like the bottom bracket and head tube receive stiffer fiber orientation, while seat stays and top tubes may be tuned for vibration damping—critical for both endurance and aero performance.
Q: Are carbon fiber frames durable enough for gravel, endurance, or mixed-terrain riding?
A: Yes. Modern carbon fiber bicycle frames are engineered not only for racing but also for all-road, gravel, and adventure riding. High-impact areas are reinforced, and frame designs accommodate wider tire clearance and additional mounting points. Properly constructed, a carbon endurance frame or mixed-terrain carbon bike frame provides both durability and comfort over variable surfaces.
lightweight carbon road frame
Our lightweight carbon road bike frames are engineered for peak performance, blending cutting-edge materials with precision craftsmanship.
- Advanced Carbon Layup: Each lightweight bike frame uses high-modulus T800/T1000 carbon fiber for optimal strength-to-weight ratio, achieving some of the lightest bike frames on the market.
- Aerospace-Grade Molding: EPS + latex molding ensures seamless internal walls, enhancing stiffness while minimizing resin weight.
- Rigorous Testing: All light carbon bike frames undergo fatigue, impact, and vibration testing per ISO4210 and UCI standards.
- Precision CNC Machining: High-accuracy dropout, BB, and headset interfaces guarantee perfect alignment for any lightweight road bike frame build.
- Choose our frames for the ultimate in lightweight bicycle frame design, performance, and reliability.
lightweight carbon Gravel frame
Haidelibikes lightweight gravel bike frames are engineered for endurance, speed, and rugged terrain. Crafted with aerospace-grade carbon fiber, each carbon gravel bike frame ensures maximum strength-to-weight ratio for long-distance stability and responsiveness. Key innovations include:
- Precision Carbon Layup: We use multi-layered, high-modulus carbon to create a high-performance gravel bike frame that balances stiffness with compliance for optimal vibration damping.
- Advanced Mold Technology: Internal cable routing and monocoque molding produce a seamless, aerodynamic profile for our carbon fiber gravel frameset, reducing drag and weight.
- ISO 4210 Testing and 20% higher than EN international test standards : Every gravel bicycle frame undergoes fatigue, impact, and torsional testing to meet international safety benchmarks and real-world off-road demands.
- Endurance Geometry: Designed with long rides in mind, each endurance gravel frame lightweight model supports tire clearance up to 50mm, integrating the comfort of an adventure bike frame with race-ready performance.
Cross Country MTB Frame
Our XC MTB Frame series is designed for elite performance in cross-country racing and endurance trail riding. Each Cross Country Mountain Bike Frame is built using high-modulus carbon fiber for maximum power transfer and minimum weight.
- Aerospace-Grade Carbon Construction: Every Carbon XC Frame undergoes advanced layup processes to optimize stiffness-to-weight ratio, ideal for rapid climbs and technical XC tracks.
- Monocoque Molding Technology: Our seamless molds ensure structural consistency and strength in every XC Hardtail Frame and Lightweight MTB Frame for XC, reducing weak points and extra material.
- Rigorous Laboratory & Trail Testing: Each XC Bike Frame is subjected to fatigue, impact, and torsional testing to meet UCI-level durability standards.
- Race-Optimized Geometry: Designed for aggressive yet efficient handling, our XC MTB Frames enhance control, agility, and long-distance comfort across all terrain.
FAQS:
Q: What is a Cross Country (XC) mountain bike frame?
A: A Cross Country MTB frame is designed for long-distance riding and racing. It focuses on being lightweight, efficient for pedaling, and optimized for climbing on less technical trails.
Q: What’s the difference between an XC frame and a Trail or Enduro frame?
A: XC frames are lighter with steeper geometry for better climbing and speed. Trail and Enduro frames are typically heavier, with slacker angles for better handling on rough, technical descents.
Q: Should I choose a carbon or aluminum XC frame?
A: Carbon frames are lighter and offer better vibration damping, ideal for racing and high-performance riding. Aluminum frames are more affordable and durable, making them a great choice for beginners or training.
Q: What tire size can an XC MTB frame accommodate?
A: Most modern XC frames support tires between 2.1” and 2.4”, depending on the frame clearance and wheel size (typically 29″ or 27.5″).
full suspension mtb frame
With over a decade of engineering excellence in carbon fiber components, our full suspension mountain bike frames are crafted for precision, performance, and durability. Whether you’re pushing limits on a DH mountain bike frame, or seeking lightweight agility in a full suspension bike frame 27.5 or 29, our designs deliver.
- Advanced Carbon Layup: Each carbon MTB frame is engineered using high-modulus Toray carbon with optimized layup patterns for strength-to-weight balance and trail sensitivity.
- CNC Machined Molds & Tooling: Ensures high dimensional accuracy and consistency across all frame MTB full suspension models.
- Rigorous Testing Protocols: ISO/EN standards fatigue and impact testing, plus real-world downhill MTB frame stress simulations.
- Integrated Suspension Kinematics: Tailored pivot placements and leverage ratios offer superior traction and control on all mountain bike frame full suspension builds.
hardtail mountain bike frame
Carbon hardtail mountain bike frames are built for riders demanding efficiency, control, and durability. Designed by engineers with over a decade of experience in carbon fiber composite manufacturing, every MTB hardtail frame meets the highest standards of performance and reliability.
- Advanced Carbon Layup: Each carbon hardtail frame uses high-modulus carbon fiber with optimized layup patterns for a stiff, lightweight structure—ideal for both 27.5 hardtail MTB frames and hardtail frame 29 models.
- CNC-Machined Molds & Precision Curing: All hardtail frames are molded using aerospace-grade CNC tooling, ensuring uniform wall thickness and strength across all hardtail bike frame geometries.
- Rigorous Testing: Every frame hardtail undergoes ISO and EN fatigue, impact, and load testing, simulating extreme trail conditions to guarantee long-term durability.
- Geometry Optimization: Tailored for XC and trail use, our mountain bike frames hardtail lineup includes options for both hardtail 27.5 frame and 29er riders, offering agility and climbing efficiency.
FAQS:
Q: What are the benefits of choosing a 27.5 hardtail frame for mountain biking?
A: A 27.5 hardtail frame offers a perfect balance between agility and stability. Riders looking for a responsive feel on technical trails often prefer 27.5 MTB hardtail frames for their quick handling and lightweight construction, especially when paired with carbon materials.
Q: How does a 29er hardtail frame compare to a 27.5 hardtail MTB frame?
A: A 29er hardtail frame rolls over obstacles more efficiently and offers better momentum on long XC rides, while a 27.5 hardtail MTB frame provides more nimble cornering and acceleration. Both types of hardtail MTB frames are available in our lightweight carbon series, each designed for different riding styles.
Q: Are your MTB hardtail frames suitable for cross-country racing?
A: Yes, every XC hardtail frame we produce is engineered for performance. Our hardtail bicycle frames are built with stiff, lightweight carbon fiber and optimized geometry, making them ideal for competitive cross-country and endurance riding.
Q: What makes your mountain bike frame hardtail lineup stand out?
A: Our mountain bike frame hardtail series is precision-built using aerospace-grade carbon, advanced molding, and strict fatigue testing. Whether you choose a 27.5 MTB hardtail frame or a 29er, our hardtail MTB frames are trusted by pro riders for their strength, responsiveness, and racing-ready design.
bmx cycle frame
BMX frames are engineered for performance, durability, and precision, tailored to meet the demanding needs of BMX riders and racers. Crafted from advanced carbon fiber composites, each BMX bike frame is designed to deliver an optimal balance of strength and lightweight agility. We offer a comprehensive BMX frame size chart to help riders select the perfect fit, including popular options like the BMX frame 20 inch standard size.
Key Production & Technical Highlights:
- Advanced Carbon Fiber Manufacturing: Utilizing aerospace-grade carbon fiber materials, our frames for BMX are molded with precision techniques such as vacuum infusion and autoclave curing, ensuring superior structural integrity and minimal weight.
- Rigorous Structural Testing: Each BMX bicycle frame undergoes extensive stress and fatigue testing, including impact resistance and torsional stiffness evaluations, to guarantee durability under extreme riding conditions and competitive BMX race frames standards.
- Precision Fit and Geometry: Our BMX frames feature meticulously engineered geometry optimized for control and responsiveness. The BMX frame size chart guides riders through selecting ideal frame dimensions that match riding style and performance needs.
- Quality Assurance & Finishing: Every frame receives thorough quality inspections, including ultrasonic defect detection and surface finish quality control, ensuring premium aesthetics and reliability before reaching the rider.
FAQS:
Q1: What makes a carbon BMX frame different from traditional metal BMX frames?
A: Carbon BMX frames use carbon fiber, offering a superior strength-to-weight ratio compared to steel or aluminum. This results in the lightest BMX frame, enhancing performance and vibration absorption for better control and comfort.
Q2: How does producing a custom BMX frame with carbon fiber differ?
A: Custom carbon BMX frames involve precise layering of carbon sheets in molds and advanced curing. Unlike raw BMX frames made from metal tubes, carbon frames allow tailored geometry and weight, meeting pro riders’ specific needs.
Q3: What benefits does a 24 BMX frame carbon design offer?
A: A 24 BMX frame carbon is lighter and stronger, ideal for taller riders or technical riding. Its lightweight nature improves agility and reduces fatigue, perfect for dirt jumps or street BMX.
Q4: How is durability tested on carbon BMX frames compared to raw BMX frames?
A: Carbon BMX frames undergo impact, fatigue, and stiffness tests to ensure they handle landings and stress without damage. Raw BMX frames rely on metal toughness but are heavier and transmit more vibrations.
OEM gravel bicycle frame
As a seasoned manufacturer with over a decade of expertise in carbon fiber bicycle components, we specialize in high-performance gravel bike frames tailored for OEM clients worldwide. Our carbon fiber gravel bike frames combine durability, comfort, and race-ready geometry for mixed-terrain riding.
- Precision Carbon Layup: Each carbon gravel frame is crafted using advanced layup techniques, optimizing stiffness-to-weight ratio for gravel endurance.
- Rigorous Testing: All gravel bicycle frames undergo fatigue, impact, and vibration testing to meet ISO4210 standards.
- Modern Features: Frames support UDH (Universal Derailleur Hanger), internal routing, flat-mount disc brakes, and tire clearance up to 50mm for true versatility.
- Custom OEM Solutions: From geometry tuning to branding, we offer tailored solutions for private-label gravel frames and carbon gravel bike frame production.
FAQS:
Q: What makes a carbon gravel frame from Chinese OEM factories the best gravel frame option?
A: Chinese OEM factories offer high-quality carbon gravel frames with advanced molding tech, competitive pricing, and customization. Many use the same production lines as global brands, making them ideal for brands seeking the best gravel frame performance-to-cost ratio.
Q: How does an aero gravel frame improve riding performance compared to standard designs?
A: An aero gravel frame reduces drag with aerodynamic tube shapes and internal cable routing. For competitive or long-distance gravel rides, this results in improved speed and efficiency, especially on mixed terrain or windy conditions.
Q: What are the key differences between gravel bike carbon vs aluminum frames in OEM production?
A: Carbon gravel frames offer superior vibration damping, lower weight, and better shaping flexibility. Aluminum frames are more cost-effective and durable but less compliant. OEMs in China provide both options depending on your performance and budget goals.
Q: Can I request a custom gravel frame from a Chinese OEM factory? What’s the process?
A: Yes, most Chinese OEM factories support custom gravel frame projects. You can specify geometry, carbon layup, branding, and paint. They usually provide 3D drawings, prototypes, and conduct rigorous ISO fatigue testing before mass production.
carbon racing bicycle
Carbon fiber racing bicycles are engineered for peak performance, blending lightweight agility with aerodynamic precision.
- Advanced Manufacturing:
Each carbon fiber road bike, gravel bike, and BMX race bike is built using high-modulus carbon layup techniques for optimal stiffness-to-weight ratio. - Precision Engineering:
Monocoque frame molding ensures seamless strength and ride responsiveness across all carbon road bicycles and race bikes. - Rigorous Testing:
Every carbon bicycle undergoes fatigue, impact, and wind tunnel testing to meet UCI and ISO standards. - Performance Optimization:
We fine-tune each carbon fiber race bike for competitive edge—ideal for road, gravel, and BMX racing disciplines.
FAQS:
| Q | A |
|---|---|
| How do I choose the right racing bike frame size for a carbon fiber road bike? | Use a racing bike frame size chart to match your height and inseam to the correct frame size. Proper sizing ensures optimal performance and comfort. A misfit carbon fiber road bike can cause inefficient power transfer and fatigue. |
| What are the advantages of carbon fiber bicycles in racing conditions? | Carbon fiber bicycles are lightweight yet stiff, offering excellent aerodynamics and vibration damping. Whether it’s a carbon fiber cycling bike, road bike, or mountain bike, they help maximize speed, comfort, and control in racing. |
| How is a carbon fiber racing bike tested for performance and durability? | Manufacturers conduct fatigue testing, impact analysis, and torsional stiffness checks. A carbon fiber bike must pass lab and real-world simulations to ensure it withstands the demands of high-speed and high-power racing. |
| Can a carbon fiber electric bike compete in racing scenarios? | Yes, many carbon fiber electric bikes are built for e-racing or long-distance performance. They offer high torque and low weight, combining motor assistance with the efficiency of carbon fiber road bike design. |
gravel bicycle
Designed for versatility and speed, our carbon gravel bikes offer the ultimate performance across gravel bike races, touring, and endurance rides. Each carbon fiber gravel bike is engineered with high-modulus carbon layups for optimal stiffness-to-weight ratio.
- Precision Manufacturing: We use autoclave molding and CNC-machined molds to ensure consistent frame geometry and strength.
- Rigorous Testing: Every gravel race bike undergoes fatigue, impact, and vibration testing to meet demanding ISO and EN standards.
- Advanced Materials: Aerospace-grade carbon fiber ensures durability and compliance on varied terrain.
- Performance Geometry: Optimized for gravel bike races, our frames balance agility and comfort for long-distance riding.
- Find the best gravel race bikes and gravel bicycles for sale built to go further.
CFD Tested Road Bike Frame
Engineered for performance and precision, our carbon fiber road bike frames are developed with advanced CFD testing to ensure maximum aerodynamic efficiency.
- Aerodynamic Performance: Every carbon aero road bike frame is optimized using Computational Fluid Dynamics (CFD) to minimize drag and boost real-world speed.
- Advanced Materials: We use high-modulus carbon to ensure lightweight strength across all road bike carbon fiber frame options.
- Versatility & Fit: From all road bike frames to aero road bike frames, each design supports custom bike frame building tailored to various riding styles.
- Craftsmanship: Precision-made bike frame carbon structures deliver unmatched ride quality, stiffness, and long-term reliability.
gravel race frameset
Engineered for performance and precision, our carbon fiber road bike frames are developed with advanced CFD testing to ensure maximum aerodynamic efficiency.
- Aerodynamic Performance: Every carbon aero road bike frame is optimized using Computational Fluid Dynamics (CFD) to minimize drag and boost real-world speed.
- Advanced Materials: We use high-modulus carbon to ensure lightweight strength across all road bike carbon fiber frame options.
- Versatility & Fit: From all road bike frames to aero road bike frames, each design supports custom bike frame building tailored to various riding styles.
- Craftsmanship: Precision-made bike frame carbon structures deliver unmatched ride quality, stiffness, and long-term reliability.
