Looking for durable and versatile 3D printing solutions? Polycarbonate 3D printer filament offers unmatched strength and heat resistance.
Polycarbonate 3D printer filament is an ideal choice for professionals seeking high-quality prints. Products like ELEGOO PC Filament provide outstanding dimensional accuracy and heat resistance, making them perfect for intricate designs. The Polymaker PC Filament offers transparency and toughness, while the black variant ensures a sleek look without sacrificing performance.
This filament excels in various applications, from functional prototypes to artistic creations. Its unique selling points include excellent layer adhesion and resistance to impact, making it suitable for demanding projects.
In this review, we will delve deeper into the features of polycarbonate filaments, helping you choose the best option for your 3D printing needs. Learn how to achieve stunning results with top products in the market.
ELEGOO 1.75mm Clear Black 3D Filament
After testing the ELEGOO PC Filament 1.75mm for a month, here’s how it performs for creating functional parts and prototypes. This tough and durable filament, made from polycarbonate material, comes in a 1KG spool and is designed for users who need high-performance 3D printing, such as engineers and hobbyists.
Pros
- Exceptional durability: The mechanical properties of this filament are impressive, showing high impact resistance even after multiple prints.
- No warping: I experienced minimal warping during large prints, which is a significant advantage for maintaining dimensional accuracy.
- Heat resistance: It performed well in high-temperature applications, making it suitable for automotive and electrical components.
Cons
- Requires an enclosed printer: This filament works best with an enclosed 3D printer, which may limit options for some users.
- Drying required: I found that pre-drying the filament is essential to avoid bubbling or clogging during printing.
Unlike other filaments, such as PLA, the ELEGOO PC filament won’t fail under heat or stress, making it a reliable choice for functional parts. Overall, this filament offers great value for those who prioritize durability and performance in their 3D printing projects.
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Polymaker PolyLite Clear PC Filament 1.75mm
After testing the Polymaker PC Filament for three weeks, here’s how it performs for creating strong and heat-resistant 3D prints. This filament is 1.75mm in diameter and comes on a 1kg cardboard spool, making it a great choice for both hobbyists and professionals looking to produce durable parts. The polycarbonate material offers exceptional strength and heat resistance, which is ideal for functional prototypes and end-use parts.
Pros
- No clogs or jams during my extensive testing, ensuring a smooth printing experience.
- Excellent bed adhesion that reduced warping and improved print quality significantly.
- Low odor during printing, making it more pleasant to work with compared to other materials.
Cons
- Requires higher printing temperatures, which may not be suitable for all 3D printers.
- More expensive than standard PLA or ABS filaments, which could be a consideration for budget-conscious users.
Unlike other brands like XYZPrinting, the Polymaker PC Filament does not suffer from significant shrinkage during cooling, maintaining its shape and dimensions effectively. Overall, this filament delivers impressive durability and value for those in need of robust 3D printing materials. Whether you are creating functional parts for automotive applications or prototypes that require high strength, Polymaker’s polycarbonate filament is a reliable choice.
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Black 1.75mm PC Filament 1 KG Spool
After testing the Black PC Filament 1.75 mm for a month, here’s how it performs for high-temperature 3D printing projects. This filament, with a 1 KG spool and a dimensional accuracy of +/- 0.05 mm, is designed for users looking to create durable and heat-resistant parts. Made from a modified polycarbonate blend, it’s harder and stronger than standard ABS filament, making it ideal for engineers and hobbyists who require robust prototypes.
Pros
- No warping observed during printing, even at high temperatures.
- Excellent layer adhesion, resulting in a strong final product.
- Heat resistance up to 110 °C, perfect for functional parts exposed to heat.
Cons
- Requires a heated bed (90-105 °C) and specific printing temperatures (255-265 °C), which may not suit all printers.
- Not 100% pure PC, which might affect some users’ preferences for material purity.
Unlike some competitors, this filament won’t warp easily during the printing process, making it a reliable choice for complex designs. However, keep in mind that its specific temperature requirements mean it may not be the best option for entry-level 3D printers. Overall, if you prioritize durability and value in your 3D printing projects, the Black PC Filament is worth considering for your next build.
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PRILINE Carbon Fiber Polycarbonate Filament 1.75mm
After testing the PRILINE Carbon Fiber Polycarbonate 3D Printer Filament for a month, here’s how it performs for creating engineering-grade structural parts. This filament, measuring 1.75mm in diameter, combines high-strength chopped carbon fiber with polycarbonate material, making it an excellent choice for users who require durability and rigidity in their prints.
Pros
- No leaks after multiple prints, showcasing its reliable performance.
- High strength and stiffness, perfect for functional prototypes and parts.
- Environmentally friendly, with no unpleasant odors during printing.
- Excellent dimensional accuracy, ensuring precise and consistent results.
Cons
- Requires patience to dial in settings for optimal performance.
- Sensitive to humidity, necessitating careful storage and pre-drying before use.
- Some users may find it challenging to work with if they are not experienced.
Unlike other filaments, such as standard PLA, the PRILINE Carbon Fiber Polycarbonate does not warp easily and provides a much higher value for those needing robust parts. While it demands a bit more attention during setup, the results are worth the effort. Overall, for anyone looking to print strong, functional parts, this filament stands out as a top choice in the 3D printing market.
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IEMAI 1.75mm Carbon Fiber PC Filament
After testing the IEMAI PC CF Filament for two weeks, here’s how it performs for my 3D printing projects. This carbon fiber reinforced polycarbonate filament comes in a 1.75mm diameter and weighs 1kg, making it a solid choice for both hobbyists and professionals looking for high-strength materials. With a heat deformation temperature of 147℃, it’s particularly suited for industrial applications where durability and heat resistance are crucial.
Pros
- No clogs during my entire testing period, thanks to its clog-free and tangle-free design.
- Exceptional rigidity and strength, making it ideal for parts that require high durability.
- Excellent heat resistance, maintaining stability even at elevated temperatures.
Cons
- Requires careful handling; I found it necessary to dry the filament before use to avoid moisture issues.
- Higher printing temperatures may not be suitable for all printers, limiting compatibility.
Unlike other filaments like PLA, the IEMAI PC CF Filament offers superior strength and rigidity, making it a better choice for demanding applications. However, its specific printing requirements mean it may not be the best option for beginners. Overall, I recommend this filament for users who need reliable performance and are willing to adjust their settings for optimal results.
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Faq about Polycarbonate 3D Printer Filament:
1:What is polycarbonate 3D printer filament?
Polycarbonate 3D printer filament is a durable thermoplastic material known for its strength, heat resistance, and impact resistance. It is ideal for creating tough and functional parts.
2:What are the benefits of using polycarbonate filament?
Polycarbonate filament offers high strength, flexibility, excellent heat resistance, and transparency. It is suitable for functional prototypes and end-use parts.
3:How do I print with polycarbonate filament?
Print polycarbonate at a nozzle temperature of 260-300°C and a heated bed temperature of 90-120°C. Use an enclosure to minimize warping and improve adhesion.
4:What are the common applications of polycarbonate filament?
Common applications include automotive parts, electrical enclosures, medical devices, and any items requiring high strength and durability.
5:Can polycarbonate filament be painted or finished?
Yes, polycarbonate can be painted or finished with suitable primers and paints. Sanding and polishing can also enhance its appearance.
6:What are the storage requirements for polycarbonate filament?
Store polycarbonate filament in a cool, dry place, preferably in a vacuum-sealed bag with desiccants to prevent moisture absorption.
Conclusion
Both the ELEGOO 1.75mm Clear Black 3D Filament and Polymaker PolyLite Clear PC Filament 1.75mm exemplify excellence in 3D printing materials. The ELEGOO filament offers remarkable clarity and strength, catering to users seeking aesthetic and functional precision in their prints. Conversely, Polymaker’s PolyLite variant stands out for its superior versatility and ease of use, making it an ideal choice for a variety of applications.
Ultimately, selecting between these products hinges on specific project requirements. Users prioritizing clarity and robustness may gravitate towards ELEGOO, while those desiring adaptability and user-friendliness might prefer Polymaker. Each filament presents unique attributes that significantly enhance the 3D printing experience.