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PA-CF Printer Filament Industrial Version

PA-CF 3D Printer Filament Aviation Version

PA-CF Aviation, with a carbon fiber content of 20-30%, Customization.

Features:
Higher Mechanical Performance
Lighter Weight
Superior Thermal Performance
Enhanced Chemical Resistance
Improved Electrical Properties
More Matte Surface Finish

Diameter:	1.75mm/2.85mm
Weight of each roll:	500g/1kg/2kg
Availability:



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PA-CF(composite of polyamide & carbon fiber) is a common 3D Printing Filament that combines the excellent mechanical properties of polyamide(nylon) with the high strength and lightweight characteristics of carbon fiber. PA-CF Aviation contains 20-30% carbon fiber, offering higher strength, lighter weight, and superior thermal performance, wear resistance, and chemical resistance. These attributes make it an ideal material for high-end applications such as aerospace, racing, drones, and premium sports equipment.

Advantages

1 -

Higher Mechanical Performance

The higher carbon fiber content significantly enhances properties such as strength, stiffness, and tensile of PA-CF Aviation, allowing it to withstand extreme mechanical stresses. It is suitable for high-performance components in fields such as aerospace and automotive manufacturing, where mechanical performance requirements are extremely high.
Lighter Weight

The higher carbon fiber content makes the material lighter, which is crucial for applications in aerospace, as reducing weight can improve fuel efficiency and increase payload capacity.
Superior Thermal Performance

With a higher carbon fiber content, the material has better thermal conductivity and heat resistance, maintaining stable performance under extreme temperature conditions. This makes it ideal for high-temperature environments or applications requiring excellent thermal management.
Enhanced Chemical Resistance

Polyamide (PA) inherently has good chemical resistance, and the addition of carbon fiber further improves its ability to resist various chemicals, enabling long-term use in harsh environments.
Improved Electrical Properties

PA-CF Aviation has static dissipation capabilities, making it suitable for applications that require anti-static properties, such as electronic device enclosures and drone bodies. Additionally, it can provide some level of electromagnetic shielding in specific applications.
More Matte Surface Finish

The higher carbon fiber content results in a more matte surface finish after printing, which can enhance friction or provide better adhesion in certain applications.

PA-CF Aviation not only meets the rigorous material performance requirements of these fields but also enhances overall performance and efficiency through lightweight design. Although it presents greater printing challenges, for those professional users and in high-end applications, the advantages of PA-CF Aviation far outweigh the difficulties, making it a vital material for innovative design and high-performance manufacturing.

Applications：

1. Aerospace
Widely used in lightweight structural components such as drone wings, satellite components, and aircraft interiors, as well as in heat-resistant parts. Its high strength, lightweight, and excellent thermal performance ensure stable operation under extreme conditions, while providing electromagnetic shielding and electrostatic dissipation functions.

2. Automobile Racing
Used to manufacture high-performance components like suspension systems, brake calipers, and intake manifolds, reducing vehicle weight to improve handling, acceleration, and fuel efficiency, enhancing competitive performance.

3. Drones
Ideal for drone bodies and frames, significantly reducing weight and increasing flight time and payload capacity. Its weather resistance and chemical resistance ensure long-term reliable operation in harsh environments.

4. High-End Sports Equipment
Applied in premium bicycles, motorcycles, snowboards, and surfboards, offering high strength and lightweight properties to enhance control and flexibility, reducing fatigue, and improving performance and safety.

5. Industrial Automation
Suitable for critical components such as robot arms, clamps, guides, and sliders, ensuring high precision and stability during high-speed and prolonged operation, extending service life and improving production efficiency.

PA-CF General

With a carbon fiber content of 5-10%, Customization.

PA-CF Aviation

With a carbon fiber content of

20-30%, Customization.

PA-CF Industrial

With a carbon fiber content up to 15%.

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Properties	Testing method	Value
Density	ISO 1183-1	g/cm³
Solution index	ISO 1133	g/10min

Properties	Testing Method		Value
Glass Transition	ISO 11357		℃
Melting Temperature	ISO 11357		℃
Decomposition Temperature	/		℃
Vicat Softening Temperature	ISO 306		/
Heat Distortion Temperature	ISO 72	0.45Mpa 1.80Mpa	℃ ℃

Printing Direction	Testing Standard	Data
Tensile Strength	ISO 527	Mpa
Elongation at break	ISO 527	%
Flexural Strength	ISO 178	Mpa
Flexural Modulus	ISO 178	Mpa
Impact Strength with Notched	ISO 179	KJ/㎡
Charpy Impact Strength without Notched	ISO 179	KJ/㎡

PA-CF 3D Printer Filament Aviation Version

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