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RAW3D X N3D
RAW3D PA12-CF 3D Printer Filament 1.75mm 1kg - Black
$149.99 AUD
Unit price
Regular price
per
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Carbon-Fibre Reinforced PA12 for High-Temperature, Structural Prints
- Exceptional strength and stiffness with 15% carbon fibre
- Low shrinkage and moisture resistance for accurate prints
- Reliable, warp-free printing without a heated chamber
- Maintains performance under sustained heat
Built for engineers and serious makers who need precision, durability, and thermal stability, RAW3D PA12-CF delivers professional-grade results with confidence.
Key Features
- 15% Carbon Fibre Reinforced Performance: Made from LUVOCOM® 3F PAHT CF 9891 BK, delivering exceptional strength, stiffness, and dimensional stability.
- Moisture & Warping Resistance: Low moisture absorption and minimal shrinkage enable reliable, warping-free printing without a heated chamber.
- High Mechanical Durability: Excellent tensile and impact strength for demanding functional and structural parts.
- Heat-Resistant Engineering Material: Retains 50% of its mechanical properties during continuous use at temperatures up to 150 °C.
- Freshly sealed for quality: vacuum-packed with desiccant to protect filament performance.
- Fast Australian shipping: dispatched quickly from our West Australian warehouse.
Practical Applications
- Structural and load-bearing components
- High-temperature functional parts
- Rigid brackets, housings, and fixtures
- Engineering prototypes
- Applications requiring dimensional accuracy and warping resistance
Storage & Use Recommendations
For best performance, store PA12-CF filament in airtight, undamaged packaging until ready for use, and reseal after opening to minimise moisture absorption.
If the filament is exposed to moisture, dry it in a filament dryer at 80°C for at least 12 hours before printing. When using PA12-CF as its own support material, allow the printed model to cool before removing supports, as removing them too early may cause bonding.
After printing, drying the finished model at 80–100°C for 1–3 hours is recommended to enhance part strength further.
Technical Specifications
- Material: PA12-CF
- Filament diameter: 1.75 mm
- Net weight: ~1 kg
- Nozzle temperature: 260–280°C
- Bed temperature: 60-90°C
- Heat resistance (HDT): 90°C
👉 For full mechanical, thermal, and physical specifications, download the Technical Data Sheet.
RAW3D PA12-CF 3D Printer Filament 1.75mm 1kg - Black
$149.99 AUD
Unit price
Regular price
per
RAW3D PA12-CF 3D Printer Filament 1.75mm 1kg - Black
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Recommended Print Settings
Filament Type
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Filament Diameter
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- Nozzle Temp.
- Print Speed
- Bed Temp.
- Cooling Fan
- Retraction Speed
- Drying
- 260-280°C
- 40-60mm/s
- 60-90°C
- OFF
- 40-60mm/s
- ~12 hours @ 80°C
Frequently Asked
Questions
What makes PA12-CF different from PA6-CF?
PA6-CF and PA12-CF are both carbon fibre reinforced nylons, but they are designed for slightly different priorities.
PA6-CF offers higher stiffness and strength, excellent dimensional stability, and greater continuous temperature resistance (up to 180 °C), making it well-suited to rigid, high-load parts.
PA12-CF features lower moisture absorption and reduced shrinkage, resulting in easier printing, better warping resistance, and more stable results without a heated chamber, while maintaining strong mechanical performance at elevated temperatures (up to 150 °C continuous use).
Choosing between them depends on whether maximum stiffness and temperature resistance (PA6-CF) or easier printing and dimensional stability (PA12-CF) is the higher priority for your application.
Does PA12-CF cause nozzle wear?
Yes - PA12-CF contains 15% carbon fibre, which is abrasive and can accelerate wear on standard brass nozzles. For best results and long-term reliability, a hardened steel or abrasion-resistant nozzle is recommended.
Is PA12-CF suitable for high-temperature use?
Yes! It can retain 50% of its mechanical properties during continuous use at temperatures up to 150°C, according to the manufacturer.
Does PA12-CF require a heated chamber?
No - it is suitable for use on 3D printers without a heated chamber.
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