Carbon Fiber PLA GF Filament 1.75mm

Brand: Yiqiu3D · Standard PLA parts flex and sag under real loads? Carbon-fiber and glass-fiber reinforcement dramatically boosts stiffness and dimensional stability, so brackets, jigs and fixtures hold their shape through repeated use.

  • Industrial parts don't have to look cheap? The matte graphite
  • Reinforced filaments that jam from fiber clumping? Our laser-measured 1.75 mm diameter and uniformly dispersed short fibers feed reliably
  • Engineering materials that fight your printer? Rated 220 °C and compatible with Bambu Lab and Creality machines
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Diameter 1.75mm
Material PLA
Quick Answer

Why does carbon/glass fiber reinforcement improve PLA?

Short carbon or glass fibers embedded in the resin act like microscopic rebar, increasing stiffness, reducing creep and improving dimensional stability, so parts resist bending and sagging far better than unreinforced PLA.

Full answers below

Is it right for my project?

Best for: Works for everyday print jobs where reliability matters more than a niche property - available in 9 colours; lead colour PLA CF Black Carbon Fiber. Not ideal for: For extreme mechanical or thermal loads a specialised grade serves better - tell us your application - available in 9 colours; lead colour PLA CF Black Carbon Fiber.

Print settings

Nozzle 195-225°C

01 · Why this one

Product highlights

3 reasons

Industrial parts don't have to look cheap? The matte graphite, cyan and mocha carbon-fiber finishes plus white, gray and black glass-fiber tones give a professional engineering look straight from the printer.

Reinforced filaments that jam from fiber clumping? Our laser-measured 1.75 mm diameter and uniformly dispersed short fibers feed reliably, with tight winding and vacuum-sealed dry packaging on every spool.

Engineering materials that fight your printer? Rated 220 °C and compatible with Bambu Lab and Creality machines, these reinforced blends print like an upgraded PLA with a hardened nozzle recommended for long life.

Technical Data

Specifications

Diameter 1.75mm
Material PLA

Print Profile

Carbon Fiber PLA GF Filament 1.75mm prints best at 195-225°C nozzle.

Nozzle Temp195-225°C

Spool Specification

Spool details for your feeding and handling setup.

Gross Weight1.35 kg
Spool Size (L×W×H)21 × 21 × 7 cm
Pack FormatPiece
Spool TypeRound Spool

What You Receive

Reinforced filaments that jam from fiber clumping? Our laser-measured 1.75 mm diameter and uniformly dispersed short fibers feed reliably, with tight winding and vacuum-sealed dry packaging on every spool.

  • Vacuum-sealed bag
  • Desiccant pack
  • Arrives dry and ready to print

Attributes

Country / Regionchina
HS Code39169050
Item No.carbon-fiber-pla-gf-filament-3d-printer-filament-reinforced
Diameter 1.75mm
Appearance Round Spool
Before You Ask

Frequently Asked Questions

Why does carbon/glass fiber reinforcement improve PLA?
Short carbon or glass fibers embedded in the resin act like microscopic rebar, increasing stiffness, reducing creep and improving dimensional stability, so parts resist bending and sagging far better than unreinforced PLA.
Which printers can print these reinforced blends?
Any 1.75 mm FDM printer, including Bambu Lab, Creality, Prusa and Anycubic; we recommend a hardened-steel nozzle because carbon and glass fibers wear brass nozzles over time.
What print settings are recommended?
Use a 220 °C nozzle as rated, a 50–60 °C bed, and 30–60 mm/s; a 0.4–0.6 mm nozzle and slightly higher line width help the fiber-filled melt flow evenly.
How much material does one spool provide?
Each 1 kg spool is roughly 300+ meters; a medium bracket or jig uses 40–120 g, so expect 8–25 functional parts per spool depending on size and infill.
Which reinforced colors are available?
The range includes PLA CF Graphite Gray, Cyan and Mocha Carbon Fiber, PLA GF White, Gray and Black Glass Fiber, and PETG CF Black and Gray Carbon Fiber — eight engineered looks in one family.
What print speeds work best with fiber-filled filament?
Keep printing at 30–60 mm/s for reliable fiber orientation and surface quality; speeds above 80 mm/s are not recommended for visible or load-bearing walls.
Is this material for prototypes or production parts?
Production-grade functional parts — jigs, fixtures, brackets, drone and robotics frames, and tooling aids — where stiffness, wear resistance and matte engineering looks matter more than pure aesthetics.
How is reinforced filament packaged and stored?
Spools ship vacuum-sealed with desiccant; store in a dry environment below 30 °C and dry at 50–60 °C before use if exposed to humidity, since fibers can trap moisture.

Documentation & Downloads

Everything we publish for this material, in one place.

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