Best CARBON FIBER FILAMENT

Carbon fiber filaments are composite materials formed by infusing fragments of carbon fiber in a polymer base, similar to metal-infused filaments but with tiny fibers instead. The polymer base can be of different 3D printing materials, such as PLA, ABS, PETG, or nylon, and others.

While true carbon fiber materials have long continuous fiber strands that improve mechanical resistance, these filaments contain short particles of around 0.01 mm in diameter. Although this is enough for improving the strength of printed parts, keep in mind that such filaments cannot compare to the actual material.

QUICK CARBON FIBER REFERENCE GUIDE

  • Nozzle temperature: 200-230 °C (may vary)
  • Bed temperature: 45-60 °C (but not required)
  • Warping: Minimal
  • Shrinkage: Minimal
  • Print speed: Around 30 mm/s (may vary)
  • Strength: High
  • Flexibility: Low
  • Durability: High
  • Abrasion resistance: Low
  • Soluble: No
  • Food safe: No
  • Fumes: Minimal

BEST CARBON FIBER FILAMENT

TECBEARS Carbon Fiber PLA 3D filament has the advantages of high purity with low shrinkage and superb layer bonding, meeting your demands for different printing projects. 100% made of environment-friendly natural materials, harmless to users and the environment.

Completely dried for 24 hours before packaging and vacuum sealed with desiccants in nylon re-bag, enable much smoother and more stable printing. Since the filament is prone to moisture, please store it into a re-sealable aluminum foil bag after unsealing to maintain excellent printing performance.

Full mechanical winding and strict manual examination, which guarantee the filaments tidy and easy to be fed. Works perfectly with most FDM 3d printers on the market, such as MK3, Ender 3, Monoprice FlashForge and etc.

Recommended Extrusion/Nozzle Temperature 180°C – 220°C, Bed 70°C – 80°C. With a promising 18-month warranty, it will be your risk-free choice, please be assured that we’ll always stand behind our products.

Packaging:
5/5
Deformation:
5/5
Flexibility:
5/5
Durability:
5/5
Hardness:
5/5
Odor:
5/5
Quality:
5/5
Difficulty of use:
5/5
Price:
5/5
Score:

3D BEST-Q specializes in the production of 3D printer filament, due to the professional approach. Our motto is: nothing can be more important than quality, we do our best to make the best quality.

Only the highest quality can satisfy our customers, and making every customer satisfied is our No. 1 mission.

Compare with most of the materials on the market, our advantage of our products is their modified property:

1. Our carbon polycarbonate is based on our PC filament, then modified with short carbon fiber.
2. Shrinkage was less than PC or ABS, it can reduce the risk of cracking when printing.
3. High hardness, intensity and toughness, good impact resistance. The printed part can be used directly.
4. Good heat resistance, the heat deflection temperature is about 100 ° C.
5. No odor, no ABS smell when printing, harmless to people.
6. The printed workpiece is almost impervious to light, and even infrared light can be effectively blocked, suitable for printing products that require opaque light.
7. It is frosted surface, can be polished, adapts to post-processing.
8. High compatibility: fits a variety of FDM 3D printers, for example: Cube, Makerbot and Mendel.3d

Our thoughts:

Its hard to find a balance to work great on our printers, but when find the way to print correctly, its really good.

Packaging:
5/5
Deformation:
5/5
Flexibility:
5/5
Durability:
5/5
Hardness:
5/5
Odor:
5/5
Quality:
5/5
Difficulty of use:
5/5
Price:
5/5
Score:

PRILINE Carbon fiber Polycarbonate filament has better dimensional stability for warp free printing, excellent layer adhesion, and easy support removal.

With high heat tolerance, Carbon Fiber has a very high strength to weight ratio, and is extremely rigid.

Packaging:
5/5
Deformation:
5/5
Flexibility:
5/5
Durability:
5/5
Hardness:
5/5
Odor:
5/5
Quality:
5/5
Difficulty of use:
5/5
Price:
5/5
Score:

PRILINE Carbon fiber Polycarbonate filament has better dimensional stability for warp free printing, excellent layer adhesion, and easy support removal.

With high heat tolerance, Carbon Fiber has a very high strength to weight ratio, and is extremely rigid.

Packaging:
5/5
Deformation:
5/5
Flexibility:
5/5
Durability:
5/5
Hardness:
5/5
Odor:
5/5
Quality:
5/5
Difficulty of use:
5/5
Price:
5/5
Score:

PRILINE Carbon fiber Polycarbonate filament has better dimensional stability for warp free printing, excellent layer adhesion, and easy support removal.

With high heat tolerance, Carbon Fiber has a very high strength to weight ratio, and is extremely rigid.

Packaging:
5/5
Deformation:
5/5
Flexibility:
5/5
Durability:
5/5
Hardness:
5/5
Odor:
5/5
Quality:
5/5
Difficulty of use:
5/5
Price:
5/5
Score:

PRILINE Carbon fiber Polycarbonate filament has better dimensional stability for warp free printing, excellent layer adhesion, and easy support removal.

With high heat tolerance, Carbon Fiber has a very high strength to weight ratio, and is extremely rigid.

Packaging:
5/5
Deformation:
5/5
Flexibility:
5/5
Durability:
5/5
Hardness:
5/5
Odor:
5/5
Quality:
5/5
Difficulty of use:
5/5
Price:
5/5
Score:

PRILINE Carbon fiber Polycarbonate filament has better dimensional stability for warp free printing, excellent layer adhesion, and easy support removal.

With high heat tolerance, Carbon Fiber has a very high strength to weight ratio, and is extremely rigid.

Packaging:
5/5
Deformation:
5/5
Flexibility:
5/5
Durability:
5/5
Hardness:
5/5
Odor:
5/5
Quality:
5/5
Difficulty of use:
5/5
Price:
5/5
Score:
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