EconoFil™ Carbon Fiber PETG Filament - Black - 1.75mm - 1 KG

Our Carbon Fiber reinforced PETG is made from Carbon Fibers infused with our trusted original series PETG 3D printer filament which is our popular, tried and tested thermoplastic filament.

This PETG is reinforced with 15% high-modulus carbon fiber.

• Strong and light weight, ideal for structural designs.
• Heat resistance higher than PLA
• Matte finish
• Less visible layer lines

Abrasive filament - Wear resistant nozzle (0.4mm or larger) is recommended.

PET is one of the most trusted and commonly used plastics in the world; water bottles, food containers, clothing and more! Our Filaments.ca PETG formulation has been continuously improved since 2013 and is now a customer favorite; preferred over other brands due to its consistency, ease of use, successful printing, durability and price!

PET/G is stronger than just PET and can achieve very strong and sturdy prints. Our Polyester PETG premium filament, also known as glycol modified PET, or less commonly as GPET (the G means it’s been glycol modified for extra durability) is a high performance material that is highly durable and impact resistant. It is also more flexible compared to PLA or ABS and can be safely recycled.

PETG offers excellent clarity, light transmission (in the translucent colors) and high gloss. PETG is also a food contact approved material, is BPA free and prints without any odor or smell!

Once you've mastered the basics for printing with PETG, you will find it to be easy to print with and comes out great in a wide temperature range. It's great even for large flat prints due to its very low shrinkage. Combination of strength, low shrinkage, smoother finish and higher heat resistance make PETG an ideal everyday alternative to PLA and ABS.

Other features include great layer adhesion, chemical resistance including acids and water. Our PETG filament is characterized by consistent quality, high dimensional accuracy and has been extensively tested on a variety of printers; yielding very strong and precise prints.

• You can also experiment between 230°C - 260°C until ideal print quality is achieved.
• If parts seems to be weak, increase the printing temperature. PETG achieves maximum strength at around 255°C
• Layer cooling fan depend on the model being printed. Large models do not generally require cooling but parts/area with short layer times (small details, tall and thin, etc.) may need some cooling, about 15% is usually enough, for extreme overhangs you can go up to a maximum of 50%.
• Set your print bed temperature to approximately 65°C (hotter for the first few layers if possible). If further bed adhesion is requires, keep increasing the bed temp by 5°C until it improves.
• PETG doesn’t need to be squeezed onto your heated bed, you want to leave a slightly larger gap on the Z axis to allow more room for the plastic to lay down. If the extruder nozzle is too close to the bed, or previous layer it will skim and create stringing and build-up around your nozzle. We recommend starting off moving your nozzle away from the bed in 0.02mm increments, until there is no skimming when printing.
• Print on glass with glue stick or you favorite printing surface.
• Best practice before printing any PETG material is to dry it before using (even if new), dry at 65°C for at least 4 hours. If possible, dry for 6-12 hours. Dried PETG should last for about 1-2 weeks before needing to redry.
• If print is too stringy, also try under-extruding a bit. PETG can be sensitive to over extrusion (blobbing etc.) – if you’re experience this, just bring in the extrusion setting on the slicer ever-so-slightly each time until it stops.
• No raft. (if the print bed is not heated, consider using brim instead, 5 or more mm wide.)
• 30-60mm/s print speed
• Abrasive filament - Wear resistant nozzle (0.4mm or larger) is recommended.