Evaluate a PLA-based composite for prototypes, housings and workshop components.
Diameter
1.75 mm
Net Weight
1 kg
Process
FDM/FFF
Well help you evaluate suitabllity and provide the right supply option.
PLA-CF is a PLA-based composite with carbon fiber for rigid,stable parts in prototyping and functional design work.
Consider the role. geometry and load conditions of your printed part.
Review the environment where the part will be used
(e.g. indoor, temperature exposure).
Confirm 1.75 mm compatibility and use product- specific print settings.
| Property | Test method | Result |
| Tensile strength | ||
| Tensile modulus | ||
| Impact strength | ||
| Heat deflection |
Request the latest documents forevaluation.
Use the right setup and handling to achieve consistent results with PLA-CF in your own printing environment.
Confirm 1.75 mm compatibilty with your printer,
Review wear-resistantoptions for carbon fiber filedmaterials.
Use product-specificsettings for best resultsin your environment.
Follow material guidancefor drying and storage beforeand duringuse.
⚠️ Share your printer model when requesting a sample. This helps us provide relevant guidance and support.
Application examples for evaluation.
Evaluate designs for enclosures, covers and protective parts.
Explore positioning tools and workshopfixtures for manufacturing processes.
Assess form, fit and function in real-world conditions.
Agree specifications and acceptance criteria before ordering.
Diameter & ovality
Define measurement method and acceptance criteria.
Winding & spool condition
Confirm winding quality and spool specifications.
Batch identification
Specify labeling and traceability requirements.
Inspection documentation
Discuss the type of inspection records you require.
PLA-CF is a PLA-based filament reinforced with carbon fiber for FDM or FFF 3D printing. Check the product-specific technical data sheet for the confirmed formulation and measured properties.
Potential applications include prototypes, housings, brackets, jigs, fixtures and display components. Suitability depends on the part’s temperature, load, impact, wear and dimensional requirements.
Carbon-fiber-filled filament can be abrasive, so a suitable wear-resistant nozzle is recommended. Confirm the nozzle material and size against the product guide and your printer manufacturer’s instructions.
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