Polymaker Fiberon Carbon Fiber PETG or Polymaker 1.75mm ABS Filament? Which Polymaker Model to Buy
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This guide compares polymaker fiberon carbon fiber petg vs 1 75mm abs filament. Both are 1.75mm materials from Polymaker, designed for functional parts. The main difference lies in their base resin and additives. One uses PETG with recycled carbon fiber for rigidity. The other uses standard ABS for heat resistance. You must choose based on your temperature needs and printer capabilities.
Key differences
| Aspect | Polymaker Fiberon Carbon Fiber PETG 0.5kg | Polymaker 1.75mm ABS Filament |
|---|---|---|
| Material Type | PETG with 8% recycled carbon fiber | ABS |
| Heat Resistance | HDT of 68.6°C | Vicat softening temperature of 104°C |
| Max Print Speed | 300 mm/s | Not listed |
| Recommended Bed Temp | 60–70°C | 90–100°C |
| Cooling Fan | 0–50% | Turned off |
| Nozzle Requirement | Hardened or wear-resistant | Not listed |
Which one should you choose?
Choose Polymaker Fiberon Carbon Fiber PETG 0.5kg if
- You need parts that resist warping without an enclosed chamber.
- You want a matte finish that hides layer lines.
- You require high print speeds up to 300 mm/s.
Choose Polymaker 1.75mm ABS Filament if
- You need parts to withstand temperatures above 68°C.
- You prefer printing with minimal odor.
- You have an enclosed printer to manage heat and warping.
Verdict: Choose the Fiberon Carbon Fiber PETG if you need rigidity and print on an open-frame printer. Select the ABS filament if your parts will face higher heat or mechanical stress. Your choice depends on your printer enclosure and the thermal environment of the final part.
Polymaker Filament Comparison Guide
material composition
Product A uses PETG reinforced with 8% recycled carbon fiber, while Product B is standard ABS. The carbon fiber in Product A improves rigidity and strength compared to plain PETG. This composite approach targets prototypes, brackets, and jigs that need extra durability. Product B relies on the inherent properties of ABS resin. It offers high impact resistance and mechanical strength suitable for functional parts. You choose the composite if you need stiffness, or the pure resin if you prefer traditional ABS behavior. Both materials serve distinct engineering needs based on their base chemistry.
heat resistance
Product B delivers a Vicat softening temperature of 104°C, making it suitable for parts facing elevated temperatures. Product A has a Heat Deflection Temperature of 68.6°C at 0.45 MPa. This lower threshold means Product A is intended for moderate temperature use. If your project involves environments or post-processing that exceed 70°C, Product B maintains structural integrity better. Product A is best for room-temperature applications or moderate heat. The difference in thermal stability is significant for functional parts that must withstand mechanical stress under heat.
print temperature
Product A recommends a nozzle temperature between 240–270°C. Product B suggests a range of 245–265°C. The ranges overlap significantly, allowing you to use similar thermal profiles for both. However, Product A allows for a slightly higher maximum of 270°C, while Product B caps at 265°C. Both require a bed temperature above 60°C, with Product B needing 90–100°C. You must ensure your printer can handle these ranges. The similarity in nozzle temps simplifies switching between materials, though bed settings differ noticeably.
print speed
Product A supports printing speeds up to 300 mm/s after calibration. Product B does not list a maximum print speed in the provided data. This specification gives Product A a clear advantage for users prioritizing faster production times. High speed printing requires careful calibration to maintain quality, but the data confirms this capability. For Product B, you must rely on standard ABS speeds, which are typically lower. If rapid prototyping or high-volume functional part production is a priority, the stated speed of Product A is a distinct benefit.
surface finish
Product A features a clean matte surface created by the carbon fiber texture. This finish helps reduce the visibility of layer lines, offering a refined appearance for functional parts. Product B is a standard grey ABS with no specific surface finish data provided. The matte look of Product A provides a professional aesthetic without additional post-processing. If you value a uniform, non-glossy look that hides print artifacts, Product A is the better choice. Product B likely has a more standard plastic appearance, though details are not listed.
printing environment
Product A is designed for low warping without requiring a heated chamber, making it accessible for desktop printers. Product B recommends an enclosed printing chamber to maintain a stable environment and reduce warping, especially for larger parts. Product A is more flexible regarding enclosure needs. If you lack an enclosed printer, Product A is the safer option. Product B performs best in controlled, enclosed conditions. This difference affects your setup requirements significantly, with Product A offering easier accessibility for open-frame machines.
weight and size
Product A is available in a 0.5kg spool. Product B is a 1kg spool. Product B provides twice the material mass in the standard listing. This allows for more prints per purchase without changing spools. Product A’s smaller size may be preferable for users who need variety or have limited storage. The filament diameter is 1.75mm for both. You get more material volume with Product B. If you plan to print many functional parts, the larger spool of Product B offers greater utility and fewer interruptions.
Choose the right Polymaker filament
Need rigid, matte-finish functional parts
Product A combines PETG with 8% recycled carbon fiber. This mix improves rigidity and strength over standard PETG. The carbon fiber creates a clean matte surface that hides layer lines. It offers low warping without a heated chamber. You get a professional look for brackets and jigs. Use a hardened nozzle because the fiber is abrasive.
Need high heat resistance and strength
Product B is standard ABS with a Vicat softening temperature of 104°C. This allows it to withstand higher temperatures than Product A, which softens at 68.6°C. It provides strong impact resistance for mechanical parts and tools. The material is suitable for functional prototypes that face everyday mechanical stress and elevated thermal loads.
Prefer printing in an enclosed chamber
Product B recommends an enclosed printing chamber to maintain a stable environment. This helps reduce warping, especially for larger parts. You should print at 245–265°C with the cooling fan off. Product A does not require a heated chamber. If you already have an enclosure, Product B offers reliable results for durable mechanical applications.
The products compared
Polymaker Fiberon Carbon Fiber PETG 0.5kg
Best for: Functional prototypes needing rigidity and a matte finish
- Material Type
- PETG-rCF08
- Filament Diameter
- 1.75mm
- Net Weight
- 0.5kg
- Max Print Speed
- 300 mm/s
- Surface Finish
- Matte
- Application
- Functional Parts
View on Amazon: Polymaker Fiberon Carbon Fiber PETG 0.5kg Affiliate link
This 1.75mm filament blends PETG with 8% recycled carbon fiber to boost rigidity and strength. It delivers a clean matte surface that hides layer lines. You can print at speeds up to 300 mm/s. The material requires a hardened nozzle due to abrasion. It offers low warping without a heated chamber. This 0.5kg spool suits functional parts needing moderate heat resistance.
Pros
- 8% recycled carbon fiber for improved rigidity
- Clean matte surface reduces layer line visibility
- Low-warping performance without a heated chamber
- Print speeds up to 300 mm/s
- No annealing required for functional parts
Cons
- Requires a hardened or wear-resistant nozzle
- Heat deflection temperature limited to 68.6°C
- 0.5kg spool size is smaller than 1kg options
Good fit if
- You need durable brackets or jigs
- You want a professional matte finish
- You print on desktop printers without heated chambers
Skip if
- You require high heat resistance above 68.6°C
- You lack a hardened nozzle for abrasive filaments
- You prefer standard PETG without fiber reinforcement
Verdict: Polymaker Fiberon PETG-rCF08 0.5kg delivers reinforced strength and a refined matte look for functional prototypes. It fits makers who need rigid, low-warp parts and have the right nozzle setup.
Polymaker 1.75mm ABS Filament
Best for: functional prototypes and mechanical parts
- Material Type
- ABS
- Filament Diameter
- 1.75mm
- Net Weight
- 1kg
- Dimensional Accuracy
- +/- 0.03mm
- Printing Technology
- FDM
- Features
- Low Odor
View on Amazon: Polymaker 1.75mm ABS Filament Affiliate link
This Polymaker ABS filament offers high strength and heat resistance for functional prints. It features a Vicat softening temperature of 104°C and low odor during printing. The 1.75mm diameter ensures compatibility with most printers. You get a 1kg spool of grey material. This option suits users needing durable, mechanical parts that withstand everyday stress and elevated temperatures.
Pros
- High impact and heat resistance for durable parts
- Vicat softening temperature of 104°C
- Low-odor specialty bulk-polymerized resin
- Vacuum sealed with desiccant
Cons
- Requires an enclosed chamber to reduce warping
- Cooling fan must remain off during printing
- No carbon fiber reinforcement for added stiffness
Good fit if
- You need heat-resistant functional prototypes
- You are printing mechanical parts or tools
- You want low-odor ABS performance
Skip if
- You require carbon fiber reinforced strength
- You cannot use an enclosed printer
- You need to print with the cooling fan on
Verdict: Polymaker ABS 1.75mm Grey 1kg delivers reliable mechanical performance for users prioritizing heat resistance and low odor. It fits those building functional parts who can manage its specific printing constraints. This model is a solid choice for engineering applications over standard ABS.
Specifications side by side
| Spec | Polymaker Fiberon Carbon Fiber PETG 0.5kg | Polymaker 1.75mm ABS Filament |
|---|---|---|
| Material Type | PETG-rCF08 | ABS |
| Filament Diameter | 1.75mm | 1.75mm |
| Net Weight | 0.5kg | 1kg |
| Max Print Speed | 300 mm/s | not stated |
| Dimensional Accuracy | not stated | +/- 0.03mm |
| Surface Finish | Matte | not stated |
| Printing Technology | not stated | FDM |
| Compatible Material | PETG | ABS |
| Features | not stated | Low Odor |
| Finish | Matte | not stated |
| Application | Functional Parts | not stated |
| Weight | 1.1 pounds | 2.2 pounds |
| Dimensions | not stated | 6.69 × 10.6 × 3.94 inches |
| Size | PETG | ABS 1kg |
| Color | 0.5kg Fiberon Petg-rcf08 Black | Grey |
| Model | not stated | PE01003 |
Frequently asked questions
Which filament is better for high-heat applications?
Polymaker 1.75mm ABS is the better choice for high-heat environments. Its ABS base material offers superior heat resistance compared to the PETG composite. This makes it suitable for parts that will face elevated temperatures during use. You should select this model if thermal stability is your primary engineering requirement.
Does the carbon fiber filament require a hardened nozzle?
Yes, you likely need a hardened steel nozzle for the Fiberon Carbon Fiber PETG. The 8% recycled carbon fiber additive increases abrasion against standard brass nozzles. Using a hardened nozzle prevents rapid wear and ensures consistent extrusion. This setup is essential for maintaining print quality with the reinforced composite material.
Which option provides a matte finish without post-processing?
The Polymaker Fiberon Carbon Fiber PETG delivers a refined matte look straight from the printer. The carbon fiber reinforcement helps hide layer lines naturally. You get a clean, professional surface appearance without needing sanding or painting. This finish is ideal for functional prototypes where aesthetics matter alongside structural integrity.
Is there a difference in spool weight between the two?
Yes, the spool weights differ significantly. The Fiberon Carbon Fiber PETG comes in a 0.5kg spool weighing 1.1 pounds. The standard ABS filament is available in a larger 1kg size, with the spool weighing 2.2 pounds. You should choose based on your required material volume and storage preferences.
Which filament is easier to print with regarding warping?
The Fiberon Carbon Fiber PETG is designed for low warping. This trait makes it easier to print without needing a heated enclosure or glue bed. Standard ABS is more prone to warping and often requires stricter environmental controls. You will find the PETG composite more forgiving for open-air printing setups.
What is the primary use case for each material?
Use the Fiberon PETG for rigid parts needing a matte finish, like brackets or jigs. Choose the standard ABS for functional prototypes prioritizing mechanical performance and heat resistance. Both are 1.75mm materials from Polymaker. Your decision should depend on whether you value surface finish and ease of use or thermal durability.