CREALITY PETG Filament 1.75mm 3D Printer Filament, 1kg (2.2lb) Neatly Wound Spool, Dimensional Accuracy ±0.03mm, Fit for Ender, Bambu Lab, Anycubic,ELEGOO FDM Printers, Black
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AI Verdict
This is a 1.75mm PETG filament with a ±0.02mm dimensional accuracy, designed for FDM printers, offering enhanced toughness and clarity for functional prints.
This Creality PETG filament is a situational fit because while it boasts high precision (±0.02mm) and enhanced toughness, PETG as a material demands specific printing conditions and careful tuning to avoid common issues like stringing and bed adhesion. Its stated features address some common PETG pain points, but user experience with PETG generally requires more effort than PLA.
If you need easier printing with less tuning, look for PLA or 'easy-to-print' PETG formulations that specifically address stringing and bed adhesion with less user intervention.
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Pros
- Manufactured with a tight dimensional accuracy of ±0.02mm, ensuring consistent extrusion.
- Formulated for enhanced toughness, aiming to reduce cracking and warping in prints.
- Claimed to be tangle-free due to mechanical winding, which should prevent filament breakage and line snapping.
- Vacuum-sealed with desiccant to protect against moisture and dust, aiming to prevent clogging and bubbling during printing.
- Offers good clarity, light transmission, and a glossy finish for aesthetic and functional parts.
Cons
- PETG is inherently hygroscopic, meaning it absorbs moisture from the air, which can lead to stringing and brittle prints if not dried, despite vacuum sealing.
- PETG is notorious for stringing and oozing, often requiring careful tuning of retraction settings, temperature, and cooling to mitigate.
- Can present bed adhesion challenges, sometimes sticking too well and damaging surfaces, or not adhering enough, requiring specific bed temperatures (70-80°C recommended) and adhesives.
- Requires specific printing temperatures (220-250°C nozzle, 70-80°C bed) which are higher than PLA, potentially limiting compatibility with some entry-level setups.
Dimension Scores
The filament boasts a dimensional accuracy of ±0.02mm, which is a tighter tolerance than the advertised ±0.03mm, indicating high manufacturing precision for consistent extrusion.
Despite claims of tangle-free winding and vacuum sealing, PETG as a material is known for requiring significant tuning (retraction, temperature, bed adhesion) to achieve optimal prints, making it less 'plug-and-play' than PLA.
PETG combines the printability of PLA with the durability of ABS, offering good toughness, clarity, and chemical resistance, making it suitable for a wider range of functional applications than PLA alone.
The material is polyethylene terephthalate glycol, which is known for good toughness, impact resistance, and resistance to cracking and warping, making prints more robust than those from standard PLA.
Best For
- Printing functional parts requiring higher toughness and impact resistance than PLA.
- Creating models needing good clarity, light transmission, or a glossy surface finish.
- Users with FDM printers (Ender, Bambu Lab, Anycubic, ELEGOO) willing to fine-tune settings for PETG.
- Projects that benefit from chemical resistance to salts, acids, alkalis, solvents, greases, and oils.
Not Recommended For
- Beginners seeking a 'print-and-forget' filament without needing to adjust printer settings.
- Users in high-humidity environments without a filament dryer, as PETG is sensitive to moisture.
- Applications where minimal post-processing for stringing is critical, as PETG often requires some cleanup.
Watch Out For
- Even with vacuum sealing, PETG is highly hygroscopic; users frequently report issues like popping, sizzling, and stringing due to moisture absorption, sometimes even with new spools.
- Achieving a string-free PETG print often demands extensive tuning of retraction distance (e.g., 1-2mm for direct drive, 4-6mm for Bowden), retraction speed (25-45mm/s), and print temperature, as PETG is prone to oozing.
- Bed adhesion can be tricky; PETG can either not stick at all, leading to warping, or stick too aggressively, potentially damaging print surfaces like bare glass or PEI, often necessitating a glue stick or other release agents.
- Some users find that Creality's default PETG settings in slicers are inadequate, requiring manual adjustments to nozzle temperature (e.g., 230-250°C), bed temperature (e.g., 70-80°C), and flow rate to prevent issues like dragging or poor layer adhesion.
Full Specifications
| ASIN | B0CRLGHWZF |
| Size | 1.75mm |
| Brand | Creality |
| Color | 1kg Black Petg With Spool |
| Material | Polyethylene Terephthalate Glycol |
| Item Weight | 2.2 pounds |
| Manufacturer | CREALITY |
| Item Diameter | 1.75 Millimeters |
| Material Type | Polyethylene Terephthalate Glycol |
| Number of Items | 1 |
| Item model number | Creality Black PETG |
| Product Dimensions | 7.68 x 2.36 x 7.68 inches |
| Manufacturer Part Number | Creality Black PETG |
What Buyers Say
While this Creality PETG filament holds a 4.6/5 rating from over 1,600 reviews, specific detailed feedback for this ASIN is not readily available from searches. However, general user experiences with PETG, including Creality's own, frequently highlight challenges with stringing and bed adhesion, often requiring extensive printer setting adjustments. Moisture absorption is a recurring concern for PETG, even with new, sealed spools, leading to print quality issues if not dried. Users often find that the recommended print settings need further calibration to achieve desired results, especially for minimizing stringing and ensuring proper first-layer adhesion.
“Man, this PETG is tough once you get it dialed in, but getting there? So much stringing and fighting with the bed, even with a new roll. Feels like I spent more time tweaking settings than actually printing anything cool.”
Common Praise
- The filament is precisely manufactured with a ±0.02mm diameter tolerance for consistent feeding.
- It offers enhanced toughness, reducing the likelihood of cracking and warping in printed objects.
- The material provides good clarity, light transmission, and a glossy finish.
- The mechanical winding aims to prevent tangles, filament breakage, and line snapping.
- It's vacuum-sealed with desiccant to protect against moisture and dust, aiming for clog-free printing.
Common Complaints
- Users frequently struggle with stringing and oozing, requiring significant tuning of retraction and temperature settings.
- Bed adhesion can be inconsistent, with prints either not sticking or sticking too aggressively and damaging the print surface.
- Moisture absorption is a persistent problem for PETG, often leading to poor print quality even with supposedly dry filament.
- Achieving optimal print quality often involves extensive calibration beyond suggested settings, particularly for Creality printers with Creality PETG.
Ownership Tips
- You'll likely need a filament dryer, as PETG absorbs moisture quickly, even if it arrives vacuum-sealed.
- Expect to spend time calibrating retraction settings (distance and speed) and print temperatures to minimize stringing.
- Experiment with different bed adhesives (like glue stick) and Z-offset adjustments to find the right balance for bed adhesion without damaging your print surface.
- Lowering cooling fan speeds, especially for the first few layers, can improve layer adhesion and reduce warping with PETG.
Frequently Asked Questions
What printing temperatures should I use for this PETG filament?
Creality recommends a printing temperature range of 220-250°C for the nozzle and 70-80°C for the base plate to achieve optimal printing results with this PETG filament.
Is this filament prone to stringing?
PETG is generally known for stringing. While Creality claims it's neatly spooled and dried to prevent issues, users often need to fine-tune retraction settings, print speed, and temperature to minimize stringing with PETG.
Do I need to dry this filament before use?
Even though the filament is vacuum-sealed with desiccant, PETG is highly hygroscopic. Many users recommend drying PETG filament before printing, especially in humid environments, to prevent moisture-related issues like bubbling and brittle prints.
Will this PETG stick to my print bed?
PETG can have variable bed adhesion; it might stick too aggressively or not enough. Using a heated bed at 70-80°C is recommended, and a thin layer of glue stick or painter's tape can help with adhesion and prevent damage to the print surface.
What is the dimensional accuracy of this filament?
This Creality PETG filament has a diameter of 1.75mm with a tolerance of ±0.02mm, which is a high precision for consistent extrusion.
Buying Guide
When you're looking at 3D printer filament, especially PETG, you need to think about what you're actually making. PETG is tougher than the common PLA, so it's good for parts that need to take a beating or be outdoors. But that toughness comes with a trade-off: it's pickier to print. You'll need to pay attention to things like how much it strings and if it's sticking to your print bed properly.
Dimensional Accuracy (±0.02mm)
This number tells you how consistent the filament's thickness is. A smaller number, like ±0.02mm, means the filament is very uniform, which helps your printer extrude plastic smoothly and consistently, like a perfectly round pipe ensuring steady water flow. If it's inconsistent, you get clogs or uneven layers.
Material (Polyethylene Terephthalate Glycol)
PETG is a specific type of plastic. Think of it as a middle ground between easy-to-print PLA and super-strong but tricky ABS. It's durable, a bit flexible, and can handle higher temperatures than PLA, making it suitable for functional parts that need to last.
Weight (1kg / 2.2lb)
This is simply how much filament you get on the spool. A 1kg spool is standard and will last for several small to medium prints. It's like buying a standard roll of paper towels; it's a common quantity for most users.
Alternatives
If this PETG sounds too finicky, search for PLA filament for easier printing, or if you need even more strength and heat resistance, look for ABS or ASA, but be prepared for more advanced printing challenges like needing an enclosure and managing fumes.
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