DMK Custom Carbon Fiber Reinforced Thermoplastic Tube – PEEK Composite

Advanced Materials. Engineered Performance. Fully Customizable

DMK Laser offers high-performance thermoplastic composite tubes reinforced with continuous carbon fiber – ideal for demanding applications where lightweight, strength, and durability are critical. Our tubes are manufactured using a robotic laser-fusion process, combining carbon fiber with PEEK (Polyether ether ketone), one of the highest-performing thermoplastic polymers available.

🔧 Customizable to Your Specifications

We provide fully customizable carbon fiber thermoplastic tubes tailored to your specific requirements:

• Diameter

• Wall thickness

• Length

• Mechanical properties (stiffness, strength, flexibility)

Our engineering team can also design the fiber lay-up configuration based on your required strength and performance parameters, optimizing the balance between flexibility, rigidity, and load-bearing capability.

Whether for prototype development or large-scale production, we have the technology, machinery, and expertise to support your project from concept to delivery.

⚙️ Manufacturing Technology

Our tubing is manufactured from unidirectional carbon fiber and PEEK tape, laser-fused layer by layer using an automated robotic system, resulting in:

• A fully bonded, smooth-bore structure

• Exceptional chemical resistance (including oilfield chemicals)

• High temperature resistance

• Low permeability

• Tunable mechanical properties by adjusting fiber lay angles

 Why Choose DMK Thermoplastic Composite Tubes?

• ✅ Superior Strength-to-Weight Ratio

• ✅ Corrosion & Chemical Resistance

• ✅ Excellent Fatigue & Impact Resistance

• ✅ High Thermal Stability

• ✅ Low Maintenance Requirements

• ✅ Custom Lay-Up for Optimized Performance

🛠️ Reinforcement Applications

Our CFR thermoplastic tubes are also ideal for reinforcing existing metal or polymer structures, such as:

• Hydraulic cylinders

• Pipeline systems

• Structural components in automotive or aerospace

By combining the tribological benefits of metals with the mechanical performance of CFR-TP, hybrid structures achieve enhanced durability, lower weight, and extended service life.

🚀 Applications Across Industries

Our thermoplastic carbon fiber tubes are already being used — or are ideal — in a wide range of industries where strength, weight reduction, and durability matter most:

🚴 Bicycle frames
Lightweight and strong tubing ideal for high-performance bikes and custom builds.

🛠️ Tool shafts
Reinforced shafts and handles for tools requiring stiffness and impact resistance.

🚗 Automotive steering systems
Used in steering rods, cross members, and lightweight vehicle structures.

⚙️ Bearings, bushings, and seals
Resilient under heavy loads and ideal for wear-prone industrial components.

🛢️ Oil & gas composite pipes
Corrosion-resistant pipes and liners for challenging chemical and pressure conditions.

🌐 Aerospace and industrial machinery
Precision-engineered tubing for structural parts, robotics, and automation systems.

🔩 Precision parts in high-load environments
Custom tubing used in prototypes and machinery where failure is not an option.

🩺 Medical devices and surgical tools
Micro-diameter tubes for endoscopic tools, surgical instruments, or structural supports used in minimally invasive procedures.

♻️ Sustainable & Recyclable

Thermoplastic composites like PEEK/carbon fiber are recyclable, allowing your product to support sustainability goals without compromising on technical performance.

📦 Production Capacity

With industrial-grade equipment and a skilled technical team, DMK Laser can support batch orders, OEM customization, and rapid production of high-spec composite tubes.

📞 Get a Quote 

Have a specific project in mind? Contact our team to discuss your requirements. We’re ready to help you design, prototype, and produce CFR TP tubes tailored to your application.

More Sample Displays

High speed motor rotor sleeve
Pressure vessel/hydrogen storage bottle
Power transmission shaft
Subsea/Land Oil Pipeline
Surgical robot instrument rod