Por qué nos eligen nuestros clientes :
- Fabricante-Control Directo
- Apoyo técnico
- Calidad constante
- Plazos de entrega fiables
Composite Tubes Overview
Composite tubes are high-performance structural components manufactured from fiber-reinforced composite materials.
Compared with metal tubing, composite tubing offers superior strength-to-weight ratio, corrosion resistance, and design flexibility.
In industrial and OEM applications, composite tubes are commonly supplied as carbon fiber tubes, fiberglass tubes, or carbon Kevlar tubes, depending on stiffness requirements, durability expectations, and cost targets.
Through controlled laminate design and manufacturing processes, composite tubing can be optimized for structural load, environmental exposure, and long-term dimensional stability.
Composite tubes are widely used in aerospace, robotics, industrial equipment, energy systems, and other applications where lightweight yet reliable tubular structures are required.
Categorías de materiales de tubos compuestos
Los tubos de materiales compuestos se suelen clasificar por sistemas de materiales, ya que cada material ofrece unas prestaciones mecánicas y unas características de coste distintas.
Tubos de fibra de carbono
Se centra en la alta rigidez y el bajo peso de las estructuras orientadas al rendimiento.
Tubos de fibra de vidrio
Proporcionan propiedades mecánicas estables con una mayor rentabilidad.
Tubos de carbono Kevlar
Ofrecen mayor resistencia a los impactos y tolerancia a las vibraciones en aplicaciones exigentes.
Composite Tubes vs Metal Tubes
Composite tubes are increasingly chosen over metal tubes for lightweight, corrosion-resistant, and durable OEM applications.
| Factor | Steel Tubes | Aluminum Tubes | Tubos compuestos |
|---|---|---|---|
| Density | ~7.8 g/cm³ | 2.7 g/cm³ | 1.5–2.0 g/cm³ |
| Strength-to-Weight | Low | Moderate | 2–5× aluminum |
| Corrosion Resistance | Poor (needs coating) | Good (may pit) | Excellent (no rust) |
| Typical Service Life | 5–10 yrs | 10–15 yrs | 15–25+ yrs |
| Fatigue Performance | Moderate | Moderate | High |
| Customization | Limited | Moderate | High (layup design) |
Typical engineering reference ranges based on ASTM, ASM, and ISO composite material data. Actual performance may vary by design and service conditions.
Composite Tube Customization Options
We offer flexible composite tube customization to match specific structural, dimensional, and production requirements.
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Custom outer and inner diameters
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Custom tube lengths and tolerances
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Controlled wall thickness and laminate structures
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Multi-material composite tube configurations
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OEM and project-based production support
Why Choose Us
We support OEM and industrial customers with application-driven composite tube engineering and reliable manufacturing execution.
We work as a reliable composite tube manufacturing partner for OEM and industrial applications.
Engineering Approach
Composite tubes are specified based on functional requirements rather than catalog limitations.
Material systems and laminate structures are selected to meet structural and environmental demands without over-design.
Material Capability
We work across carbon fiber, fiberglass, and hybrid composite systems, enabling material selection to align with performance priorities, cost targets, and service conditions. This enables optimized composite tube solutions across different performance and cost targets.
Manufacturing Consistency
Controlled processes ensure dimensional accuracy and repeatable mechanical performance across production batches, supporting stable long-term supply for OEM programs.
OEM Support
From early-stage material selection to production delivery, we provide responsive engineering communication and reliable execution for custom composite tube projects.
Composite Tube Applications
Composite tubes are used across industrial and OEM environments where lightweight, durable structural solutions are required.
• Industrial automation and robotic structures
• Energy, inspection, and access equipment
• Lightweight frames and support assemblies
• Sports and outdoor equipment
• OEM structural components
Frequently asked questions
How do I choose the right composite tube material?
Composite tube material selection depends on structural requirements, service environment, and cost constraints.
Evaluating load conditions and durability needs helps determine the most suitable composite system for the application.
Are composite tubes stronger than metal tubes?
Composite tubes typically offer higher strength-to-weight and stiffness-to-weight performance than metal tubes.
Overall strength depends on structural design and application requirements rather than material type alone.
Can composite tubes be customized for OEM projects?
Yes. Composite tubes are commonly engineered for OEM applications with customized dimensions, laminate structures, and material systems based on project-specific requirements.