5-10 days
Payments
Description
Description
Fiberon™ PETG-rCF08 : filament PETG renforcé de fibres de carbone recyclées
Performance d’Engineering écoresponsable
Fiberon™ PETG-rCF08 est un filament d’impression 3D de haute qualité composé de PETG (polyéthylène téréphtalate glycolisé) renforcé de 8 % de fibres de carbone recyclées. Ce composite durable associe la facilité d’impression et les Propriétés équilibrées du PETG à la résistance, la rigidité et la finition de surface unique apportées par les fibres de carbone recyclées.
Caractéristiques et Avantages clés
- Teneur en fibres de carbone recyclées : utilise 8 % de fibres de carbone recyclées, ce qui en fait un choix respectueux de l’environnement sans compromis sur les performances.
- Propriétés mécaniques améliorées : résistance et rigidité supérieures à celles du PETG standard, adaptées aux pièces fonctionnelles et aux applications d’Engineering.
- Texture de surface supérieure : le renfort en fibres de carbone offre une finition mate d’aspect professionnel qui dissimule les lignes de couche et améliore l’esthétique des pièces.
- Facile à imprimer : conserve la réputation du PETG en matière de faible déformation, d’excellente adhérence entre les couches et de performances fiables sur la plupart des imprimantes 3D FDM/FFF.
- Résistance à l’humidité : la résistance naturelle du PETG à l’absorption d’humidité est renforcée par les fibres de carbone, garantissant une qualité d’impression constante.
Applications idéales
Parfait pour le prototypage, les pièces fonctionnelles, les gabarits, les montages et tout projet où la durabilité, la résistance et l’apparence sont importantes.
Choisissez Fiberon™ PETG-rCF08 pour votre prochain projet si vous recherchez un filament durable, résistant et visuellement attrayant, facile à imprimer et conçu pour une utilisation dans le monde réel.
Exigences d'impression
Le LayerHub Il est maintenant vivant. Une maison construite par la communauté pour les prédécesseurs de filament — Ouvert à chaque filament Marqueà chaque imprimante. Chaque prédécesse vient avec une photo imprimée réelle pour le prouver.
Paramètres d’impression
Paramètres d’impression
Fiberon™ PETG-rCF08
Caractéristiques principales
- écologique Matériau d'ingénierie
- Amélioration de la force et de l'endurance
- Matte État de surface
- Facile à imprimer
- Prêt à imprimer
Fiberon™ PETG-rCF08 - Noir / 0.5kg est en rupture de stock et sera expédié dès qu'il sera de nouveau disponible.
Spécifications techniques
Tout ce dont vous avez besoin avant de lancer l’impression
Télécharger Tips
- Utilisez une buse résistante à l’usure, comme une buse en acier trempé ou en rubis ; la fiche technique indique que la durée de vie d’une buse en laiton peut être d’environ 9 heures. Un hotend entièrement métallique est recommandé, mais pas obligatoire.
- Stockez et imprimez dans des conditions sèches (humidité relative inférieure à 20 %) ; séchez à 65 °C pendant 3 heures avant utilisation.
- Utilisez un refroidissement de 0 à 50 % et maintenez la chambre à température ambiante.
- Une imprimante fermée est recommandée. Si une imprimante à cadre ouvert doit être utilisée, il est recommandé d’appliquer les fichiers de préréglage publiés par Polymaker.
- Le Recuit n’est pas spécifié pour ce matériau.
| Property | X-Y | Z | Value | Method |
|---|---|---|---|---|
| Density | — | — | 1.3 g/cm³ Important | ISO 1183 |
| Tensile strength | 59.8 MPa Important | 41.1 MPa Important | — | ISO 527 |
| Elongation at break | 5.7 % Important | 1.9 % Important | — | ISO 527 |
| Bending strength | 94.6 MPa Important | 47.8 MPa Important | — | ISO 178 |
| Bending modulus | 3779.1 MPa Important | — | — | ISO 178 |
| Young's modulus | 3710.1 MPa Important | 2651.9 MPa Important | — | ISO 527 |
| Charpy, notched | 4 KJ/m² Important | — | — | ISO 179 |
| Glass transition temperature (Tg) | — | — | 69.7 °C Important | ISO 11357 |
| Vicat softening temperature | — | — | 81.6 °C Important | ISO 306 |
| HDT (0.45 MPa) | — | — | 68.6 °C Important | ISO 75 |
| HDT (1.8 MPa) | — | — | 65.7 °C Important | ISO 75 |
Testé sur des échantillons avec un taux de remplissage de 100 %. X-Y = transversalement aux couches, Z = entre les couches (adhésion interlaminaire).
Foire aux questions
Vous avez des questions ? Nous avons les réponses. Du choix du matériau adapté à l’entretien de vos bobines, voici tout ce que vous devez savoir au même endroit.
Les spools vont-ils travailler dans un AMS ?
Quelle est la différence entre PET et PETG?
Vous pouvez offrir 1KG Fiberon™ Options de Spool ?
Revue
Customers praised this carbon fiber PETG filament for "beautiful" quality and exceptional strength for functional parts. Most found it easy to print with "virtually no print lines." However, some noted it requires proper drying and slower speeds than advertised. Customers recommend using a hardened nozzle and keeping it dry for best results.
First time printing with with Fiberon PETG-rCF and I am blown away with how great this stuff prints!
My daughter's bed slat holders broke and I figured I have had this sitting here for a bit, whey not give it a go. I am so glad I did!
Until I got my Creality K1 Max, I did not have a printer I felt comfortable printing exotic materials with. For me, I consider ABS, ASA, and PA type filaments exotic because of the extra special considerations besides load filament and print. I really didn't want to waste filament trying different settings and calibrating this filament so it took me awhile to settle on a small print to just send and see what happens.I used OrcaSlicer and modified a default PA profile and used my regular print settings with some minor tweaks. This is the result. I wanted to show how easily supports come off and how clean it looks. Usually there would be loose strings on the layer touching supports, this stuff kept it together.
I have been using this for most of my recent prints. The quality comes out beautifully and the durability and heat resistance makes it extremely functional. I tend to mostly print practical parts such as computer and desk accessories as well as components for my printer and this filament is perfect for that application.
Yes, This is great. use a .6 nozzle, though.
Great filament! Print slow and take your time. Virtually no print lines and strong prints.
amazing filament
Fantastic material. Fantastic quality.
I do mostly functional prints where I need rigid strong parts and this fits the bill. There is value in what you pay for and yes this is a bit pricy, so I purchase 3Kg spools. I do not see any significant wear on my nozzle (Q1 Pro), and I've printed a lot of CF & GF thru this printer, very pleased. I want the QiDi Q2 w/Box so badly but just can't swing it, maybe one day I'll be able to.
This is my go to fillament, it never fails, and is strong enough for almost all your projects. Ive used this fillament as a replacement for aluminium and it holds great
Prints lovely.
It’s Polymaker it has CF, it comes in 3kg rolls. Its a gateway to addiction. Had to buy another its so good.
Love this for drone parts
One of my favorite filaments to print. Surface quality, bed adhesion, ease of printing and pricing are just outstanding.
Great filament.
Works great! Prints are nearly flawless. This is the easiest to print PETG I've used. I'm even comparing it to a competitor's PLA-CF which was so stringy it's borderline unusable for all but the simplest of prints. The fact that my PLA print is a disaster but my PETG print is perfect is quite the feat!
The product performed as expected. It is PETG and performs like PETG, and the carbon fiber gives it good stiffness and strength.
My one criticism is that it does not print well at the highest advertised speeds. I tried printing at a mere 200 mm/s of the advertised "up to 300 mm/s", and I ended up wasting a lot of the filament on failed prints due to layer adhesion issues. I had to dial down the speed to get the filament to behave itself.
This is good carbon-fiber PETG if that is what your project requires. Just print it slower.
Love it. Its very sturdy and a good black color.
I love this filament! It prints beautifully
WOW. Polymaker simply is the best.
I use this stuff for functional prototypes in the arms industry.
It did not print at all right out of the vacuum plastic because it had absorbed moisture. After drying, I achieved beautiful prints
Before i purchased the filament i researched pa6 cf. Oven drying or if you have a dryer able to reach over 80c (i run between 85 and 90c) is a must. Being able to print from my dryer makes an insane difference. It prints very easy with my enclosure. My biggest and only gripe is that it doesn't come in blue, red, orange, and gold. I think if there were colors I'd probably only use this filament. I can't wait until i have access to my large printer so i can start using the big rolls instead of just getting the 500g rolls.
One of my favorites when it comes to "engineering grade" filaments. Nylon kind of sucks to print but the carbon fiber helps greatly with many of the issues nylon has during the printing process. It helps greatly in terms of print quality, overhangs and bridges and things dealing with extrusion consistency and control. However the CF does not help at all with bed adhesion or layer adhesion so bed adhesive is required and no fan at all. The Nano Polymer adhesive from Vison Miner works very well for this and many other hard to stick down filaments. It's a bit pricy but it goes a long way and is WAY better than glue stick in every way but price. Don't even think about using a CF filament unless you have a hard nizzle of some sort. The CF will ruin a brass nozzle in just 1 or 2 prints, no joke.
I print 48-pitch RC car transmission gears, transmission cases, and chassis parts with this CF-PA6. It works on my 0.25mm Nozzle-X without clogging! Keep it dry (13% RH is what my dryer says). I print it hot and fast and use Magigoo PA on a 45c bed with great results.Here's what I found works for getting that "black aluminum" strength on my i3 printer: 300-305c nozzle (I use a 60W heater), 45c bed with Magigoo PA, KEEP IT DRY (Use a filament dryer that goes to 70c) and keep your layer times under a minute but more than 6 seconds (I print up to 150mm/s). NO PART COOLING. Tune your flow ratio before printing real parts. If you use part cooling for BRIDGING ONLY, apply thin or medium CA glue to the underside of the bridged surfaces for better layer adhesion for those layers after printing.An enclosure would help, but it's not necessary. I don't use one.
