FDM materials
PAHT CF
The high-performance material for components subjected to high loads and temperatures
PAHT CF is a high-temperature carbon-fibre-reinforced polyamide, designed for manufacturing industrial parts with high mechanical strength, dimensional stability and excellent thermal behaviour.
Maximum mechanical and thermal resistance for demanding industrial applications
What is PAHT CF?
The PAHT CF (Polyamide High Temperature Carbon Fibre) it is a technical material based on polyamide from high-temperature carbon-fibre reinforced.
Combine a high mechanical strength with high thermal stability, allowing the manufacture of parts capable of withstanding continuous stress and temperatures higher than those supported by conventional materials such as ABS.
Thanks to FDM technology, it enables the manufacture of strong, lightweight components ready for industrial applications where performance is a priority.
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Main properties of PAHT CF
High mechanical strength
It withstands high loads and stress while maintaining its structural stability.
High-temperature resistance
It can work in environments where other thermoplastic materials would lose their mechanical properties.
High rigidity
Carbon fibre significantly increases the stiffness of the component and reduces deformation.
Excellent dimensional stability
The parts retain their dimensions even under mechanical stress or thermal variations.
Reduced weight
It makes it possible to manufacture lightweight components with behaviour similar to that of much heavier materials.
Ideal for functional parts
Specially suited for industrial components intended for end use.
ASA CF
Technical information on PAHT CF: characteristics and applications
What applications is PAHT CF used for?
PAHT CF is designed for manufacturing components subjected to demanding mechanical and thermal conditions.
It is commonly used to manufacture:
- Industrial tooling.
- Structural supports.
- Mechanical components.
- Parts for industrial automation.
- Machine elements.
- Technical fixings.
- Parts subject to loads.
- Automotive components.
- Functional prototypes.
- Final pieces.
It is an excellent choice when you need to combine lightness, strength and thermal stability.
Why do we use PAHT CF in Additium3D?
At Additium3D, we use PAHT CF for projects where parts must withstand particularly demanding working conditions.
Its main advantages are:
- High mechanical strength.
- Excellent thermal resistance.
- High structural rigidity.
- Low deformation.
- Excellent dimensional stability.
- Ideal for high-performance industrial applications.
PAHT CF and FDM technology
The combination of PAHT CF and FDM 3D printing makes it possible to manufacture strong parts without the need for moulds and with great design freedom.
Among its main advantages are:
- Rapid manufacturing.
- Mouldless production.
- Freedom of design.
- Cost reduction in short runs.
- Part customisation.
- Made-to-order.
Thanks to these features, PAHT CF is one of the most interesting materials for manufacturing functional components using additive manufacturing.
When to choose PAHT CF?
PAHT CF is the best option when you are looking for:
- High mechanical strength.
- High temperature resistance.
- Structural components.
- Light parts.
- Great dimensional stability.
- demanding industrial applications.
- Production of functional parts.
- High-performance tooling.
If the project requires greater flexibility or a lower manufacturing cost, other FDM materials such as ABS or ABS GF may be more suitable alternatives.
Request a free technical consultation
Do you need to manufacture parts in PAHT CF?
En Additium3D analizamos cada proyecto para determinar si el PAHT CF it's the most suitable material according to the mechanical requirements, thermal and functional of the part.
Our technical team will advise you on selecting the material and 3D printing technology that best suit your application.
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