Bambu Lab PA6-CF 1KG 1.75mm 3D printer filament with RFID

Bambu PA6-CF 1KG 1.75mm RFID 3D filament with technical specs.

Bambu Lab PA6-CF filament heat deflection temperature chart.

Bambu PA6-CF filament: Impact & vibration resistance demo with bike component.

Bambu Lab PA6-CF 1KG 1.75mm with RFID – product comparison chart

Bambu Lab PA6-CF filament parameters comparison (Normal, PA6-CF, PAHT-CF specs)

Bambu Lab PA6-CF 1KG 1.75mm with RFID

Price range: RM139.00 through RM259.00

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SKU: BAMBULAB--PA6CF Category: Special / Technical Tag: Bambu Lab

Bambu Lab PA6-CF Filament 1.75mm 500g – Carbon Fiber Reinforced Nylon for Engineering Parts

Bambu Lab PA6-CF is a premium carbon fiber reinforced nylon filament designed for high-performance engineering applications. This PA6 carbon fiber filament combines the strength of PA6 (Nylon 6) with carbon fiber reinforcement to deliver exceptional stiffness, strength, and heat resistance.

With 18% higher bending strength and 24% higher bending modulus compared to standard PA-CF, Bambu PA6-CF is ideal for structural parts, fixtures, jigs, and mechanical components that demand superior mechanical properties in dry environments.

Bambu Lab PA6-CF carbon fiber nylon filament 1.75mm 500g spool with RFID

Bambu Lab PA6-CF Key Features

Exceptional Strength – Tensile strength of 102 MPa, bending strength of 151 MPa
High Stiffness – Flexural modulus of 5460 MPa for rigid, precise parts
Superior Heat Resistance – Maintains properties at elevated temperatures
High Impact Resistance – Impact strength of 40.3 kJ/m² for durable parts
Lightweight – Carbon fiber reduces weight while increasing strength
RFID Enabled – Works with Bambu Lab AMS for automatic settings

Bambu Lab PA6-CF Printing Parameters

Parameter	Recommended Value	Notes
Nozzle Temperature	270-290°C	High temperature required
Bed Temperature	80-100°C	Heated bed required
Chamber Temperature	40-60°C	Enclosure required
Nozzle Type	Hardened Steel 0.6mm+	Carbon fiber is abrasive
Drying	80°C for 10+ hours	Critical – must dry before use
Annealing (Optional)	80-130°C for 6-12 hours	Improves mechanical properties

Bambu Lab PA6-CF Material Properties

Property	PA6-CF Value	vs Standard PA-CF
Tensile Strength	102 ± 7 MPa	–
Elongation at Break	5.8 ± 1.6%	–
Flexural (Bending) Strength	151 ± 8 MPa	+18% (vs 128 MPa)
Flexural Modulus (Stiffness)	5460 ± 280 MPa	+24% (vs 4420 MPa)
Impact Strength (IZOD)	40.3 ± 2.5 kJ/m²	–

Test conditions per Bambu Lab TDS V3.0. Specimens annealed and dried at 80°C for 12h before testing. XY orientation (dry state).

Bambu Lab PA6-CF filament specifications and mechanical properties

Bambu Lab PA6-CF print examples showing carbon fiber finish

Bambu Lab PA6-CF engineering applications and use cases

Bambu Lab PA6-CF carbon fiber nylon printing requirements

Important: Moisture Sensitivity

PA6-CF is highly moisture-sensitive. This filament will absorb water from the air, which significantly reduces strength and stiffness. Always:

Dry at 80°C for 10+ hours before printing
Store in a dry box with desiccant when not in use
Use within 24 hours of drying for best results
Do not exceed 100°C drying temperature (spool may melt)

PA6-CF Filament Applications

Engineering Fixtures – Jigs, clamps, and assembly fixtures
Automotive Components – Structural parts, brackets, mounts
Mechanical Parts – Gears, levers, structural components
Industrial Tooling – End-of-arm tooling, robot grippers
Drone Components – Lightweight, stiff frames and mounts
Prototypes – Functional prototypes requiring high strength

PA6-CF Printing Tips

Drying is Critical – Dry at 80°C for 10+ hours; wet filament causes bubbles and weak parts.
Use Hardened Nozzle – 0.6mm+ hardened steel required; brass wears quickly.
Enclosure Required – Needs 40-60°C chamber to prevent warping.
Consider Annealing – 80-130°C for 6-12 hours for max strength.
Avoid Humidity – Parts absorb moisture; not for outdoor use.

Bambu Lab PA6-CF Specifications

Brand	Bambu Lab
Material	PA6-CF (Nylon 6 + Carbon Fiber)
Color	Black
Diameter	1.75mm
Net Weight	500g per spool
RFID	Yes (AMS compatible)
Packaging	Vacuum-sealed bag with desiccant

Bambu Lab PA6-CF FAQ

Q: What printer do I need for PA6-CF?
A: You need an enclosed printer with high-temperature capability (270-290°C nozzle), heated bed (80-100°C), and a hardened steel nozzle. Bambu Lab X1C, P1S, and similar enclosed printers work well.

Q: Can I use a brass nozzle with PA6-CF?
A: No. Carbon fiber is extremely abrasive and will destroy a brass nozzle within hours. Use hardened steel, ruby, or tungsten carbide nozzles only.

Q: How does PA6-CF compare to PETG-CF or PLA-CF?
A: PA6-CF is significantly stronger and stiffer than PETG-CF or PLA-CF, with much better heat resistance. However, it requires an enclosed printer, careful drying, and is moisture-sensitive in use.

Q: Why are my PA6-CF prints weak or brittle?
A: Most likely the filament absorbed moisture. PA6 is extremely hygroscopic. Dry at 80°C for 10+ hours and print immediately. Wet PA6-CF will be brittle with visible bubbles.

Q: Can I use PA6-CF for outdoor applications?
A: Not recommended. PA6-CF absorbs moisture from humidity, which reduces its mechanical properties over time. For outdoor use, consider ASA or ASA-CF instead.