Bambu Lab PA6-CF Carbon Fibre Nylon Filament — 1.75 mm, 1 kg

PA6-CF is Bambu Lab’s carbon-fibre reinforced Nylon 6 — the filament you reach for when a printed part has to behave like a real engineering component. Chopped carbon fibre boosts stiffness and dimensional stability while the PA6 base brings toughness, fatigue resistance and a high service temperature. It’s a step up from PLA-CF or PETG: this is material for jigs and fixtures, tooling, drone and RC frames, gears and bearing blocks, brackets under load, automotive and engine-bay components, and end-use functional prototypes. If you’re a workshop, school engineering lab or small manufacturer printing parts that get used rather than displayed, this is the spool for the job.

PA6-CF is an advanced material and needs the right hardware. Run it on an enclosed, high-temperature printer — Bambu Lab X1 series, P1S, P2S or H2D — fitted with a hardened steel nozzle, since carbon fibre will chew through a standard brass one. A 0.6 mm nozzle gives the most reliable flow. It is not suited to open-frame, low-temperature machines.

Key Features

Carbon-fibre reinforced PA6 High stiffness & strength Excellent wear resistance High heat resistance ±0.03 mm tolerance Matte engineering finish RFID spool — auto-recognised Anneal for extra strength

Print Settings

• Nozzle temperature: 260–300 °C
• Bed temperature: 100–120 °C (smooth or textured PEI plate)
• Print speed: under 100 mm/s — slower is more reliable on tall or thin-walled parts
• Part cooling fan: 0–40% — keep it low so layers fuse properly
• Nozzle: hardened steel, 0.6 mm recommended
• Drying before printing: blast drying oven at 80 °C for 8–12 h, or X1-series heatbed at 90–100 °C for 12 h
• Optional annealing: 90–130 °C for 6–12 h to lift strength and heat resistance further

If you’re printing from Bambu Studio or Orca Slicer, select the built-in Bambu PA6-CF profile as your starting point — it already sets the chamber, flow and cooling behaviour for you.

Specifications

Available Colours

Black (72100)

PA6-CF is offered in a single engineering black with the characteristic matte, slightly speckled carbon-fibre finish — it hides layer lines well and looks the part on functional hardware.

Practical Tips

Dry it, then keep it dry. Nylon is the most moisture-hungry common filament, and PA6-CF is no exception — a spool left out on the bench for a day or two in an Australian summer will print stringy, foamy and brittle with poor layer adhesion. Dry a fresh spool before its first print (80 °C for 8–12 h), then run it straight from a sealed dry box or a drying-capable AMS with desiccant. If prints suddenly turn crackly and rough, moisture is almost always the cause, not your settings.

Manage warping and wear. PA6 shrinks as it cools, so use a hot bed, keep the enclosure closed and the door shut, and add a brim on large flat footprints. Glue stick on smooth PEI both improves first-layer grip and protects the plate. And do check your nozzle before you start — printing carbon fibre through brass will erode the orifice within a spool or two and quietly ruin your dimensional accuracy.

Nour Engineering Solutions accepts returns or refunds for change of mind or wrong items ordered within 30 days from the purchase date. Customers need to return the items to Nour Engineering Solutions, ensuring the items are in brand new, unused condition. Customers will also be charged for the cost of the original shipping and a re-stocking fee equal to 10% of the order value.

In case of items arriving damaged or wrong items being sent to the customer, Nour Engineering Solutions will be responsible for either exchanging stock for the customer or issuing a refund.

In the case of defective returns, refunds will only be issued after the items are returned to Nour Engineering Solutions. Nour Engineering Solutions will be responsible for the return postage, and the customer should provide reasonable assistance for the defective items to be picked up by courier, such as packing the items and printing shipping labels.

Once the order is dispatched, it is the customer’s responsibility to follow up the shipment. If the items arrive damaged, the customer should notify Nour Engineering Solutions within 2 business days after receiving the order. If the item does not arrive within 2 business days of the expected delivery date, the customer should notify Nour Engineering Solutions immediately. Nour Engineering Solutions may refuse to refund or exchange items if the customer fails to do so.

In case the first delivery attempt is unsuccessful, the parcel will be forwarded to the local Post Office or News Agency. Failure to pick up parcels within the required timeframe may result in the parcel being returned to Nour Engineering Solutions. In this case, customers will be responsible for the costs associated with re-sending the parcel.