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Descripción
Descripción
Fiberon™ PA612-CF15: Filamento PA612 reforzado con fibra de carbono avanzada
Rendimiento superior de Engineering (anteriormente PolyMide™ PA612-CF)
Fiberon™ PA612-CF15 es un filamento de copoliamida de cadena larga (PA612) reforzado con fibra de carbono, diseñado para aplicaciones de Engineering de alto rendimiento. Su estructura química única da como resultado una sensibilidad a la humedad significativamente menor que la de las poliamidas tradicionales basadas en PA6/66 y PA6, al tiempo que ofrece mejores propiedades mecánicas que los materiales basados en PA12.
Características y Ventajas principales
- Baja sensibilidad a la humedad: Mantiene la precisión dimensional y la resistencia mecánica, incluso en entornos húmedos, lo que reduce la necesidad de secado frecuente.
- Propiedades mecánicas mejoradas: Supera a los filamentos basados en PA12 en resistencia a la tracción, rigidez y durabilidad, lo que lo hace ideal para piezas funcionales exigentes.
- Refuerzo de fibra de carbono: El contenido de fibra de carbono del 15 % proporciona una excelente rigidez, alta resistencia y una estabilidad térmica mejorada.
- Tecnología Warpfree™: La formulación patentada minimiza la deformación y mejora la estabilidad del tamaño de impresión, incluso en piezas grandes o complejas.
- Calidad constante: Fiberon™ PA612-CF15 utiliza la misma fórmula de confianza que PolyMide™ PA612-CF, aunque puede imprimirse en un tono negro ligeramente más oscuro.
Ideal para Aplicaciones industriales y de Engineering
Perfecto para automoción, aeroespacial, robótica, plantillas, utillajes y componentes de uso final en los que la estabilidad dimensional, la resistencia a la humedad y el rendimiento mecánico son fundamentales.
Elige Fiberon™ PA612-CF15 para tus proyectos más exigentes cuando necesites un nailon con fibra de carbono que combine baja sensibilidad a la humedad, propiedades mecánicas superiores y una fiabilidad de impresión excepcional.
Fiberon™ PA612-CF15 utiliza la misma excelente fórmula que PolyMide PA612-CF, aunque Fiberon™ PA612-CF15 puede imprimirse en un tono negro ligeramente más oscuro que su predecesor.
Requisitos de impresión
Ajustes de impresión
Ajustes de impresión
Fiberon™ PA612-CF15
Características principales
- Absorción de humedad menor que PA6 -
- Alta fuerza y estímulo
- Reforzado con fibra de carbono
- Tecnología Warp-Free
- Preparado para imprimir -
Fiberon™ PA612-CF15 - Negro / 0.5kg está en pedido pendiente y se enviará tan pronto como vuelva a estar en stock.
Especificaciones técnicas
Todo lo que necesitas antes de imprimir
Tipos de impresión
- Utiliza una boquilla resistente al desgaste, como una de acero endurecido o zafiro, porque el refuerzo de fibra de carbono es abrasivo.
- Almacena e imprime en condiciones secas (humedad relativa inferior al 20 %); seca a 100 °C durante 10 horas antes de usarlo.
- Utiliza una plataforma de impresión a 40-50 °C y apaga el ventilador de refrigeración; no es necesaria una cámara con calefacción activa.
- Utiliza una barra de pegamento o Magigoo PA si la adhesión a la plataforma es débil.
- Si el material se utiliza como su propio soporte, retira el soporte antes de que absorba demasiada humedad para evitar una unión permanente.
- Recuece a 100 °C durante 16 horas cuando se requiera el rendimiento tras el recocido indicado en la ficha técnica (TDS).
| Propiedad | X-Y | Z | Valor | Método |
|---|---|---|---|---|
| Densidad | — | — | 1.03 g/cm³ Importante | ISO 1183 |
| Resistencia a la tracción | 91.9 MPa Importante | 48.3 MPa Importante | — | ISO 527 |
| Alargamiento a la rotura | 2.6 % Importante | 2.1 % Importante | — | ISO 527 |
| Resistencia a la flexión | 138 MPa Importante | 73.5 MPa Importante | — | ISO 178 |
| Módulo de flexión | 4583.5 MPa Importante | — | — | ISO 178 |
| Módulo de Young | 5136.7 MPa Importante | 2786.4 MPa Importante | — | ISO 527 |
| Resistencia al impacto Charpy, sin entalla | — | 12.6 KJ/m² Importante | — | ISO 179 |
| Resistencia al impacto Charpy, con entalla | 8.1 KJ/m² Importante | — | — | ISO 179 |
| Temperatura de fusión | — | — | 210 °C Importante | ISO 11357 |
| Temperatura de reblandecimiento Vicat | — | — | 206.2 °C Importante | ISO 306 |
Probado en muestras con un 100 % de relleno. X-Y = transversal a las capas, Z = entre las capas (adhesión entre capas).
Preguntas frecuentes
¿Tienes preguntas? Tenemos las respuestas. Desde elegir el material adecuado hasta cuidar tus bobinas, aquí encontrarás todo lo que necesitas saber en un solo lugar.
¿Qué es Recocido?
¿Qué es el condicionamiento de humedad?
¿Debo anular antes o después de la humedad?
¿Por qué usas una temperatura de plato tan baja con tus nylones?
¿Será que los espoles trabajarán en un AMS?
Puedes ofrecer 1CG Fiberon™ ¿Opciones de Spool?
Revisión
Customers praised this carbon fiber-reinforced nylon for "excellent strength and impact resistance" with "zero warping" and "dimensionally perfect prints." Many noted it requires proper drying and printer calibration for best results. Popular for demanding applications including tools and functional parts. Minor feedback mentioned limited spool size options.
Great filament
I have continually used this filament for a car modification that is continually subjected to temps upward of 180 F in the middle of summer. I have not had any melting, warping, or other undesired effects. This material constantly exceeds my expectations!
High quality easy to print and mechanically strong filament can be used to make gears for rc cars and they last a long time no issues ! It’s just the best of the best!
Incredibly strong and yet super easy to print, and the print quality is unbelievable! amazing stuff!
Noice :-)
You guys always have the best filaments thats why i keep buying for you, perfect for all my applications.
amazing filament, super stong for any aplication
Easy introduction to PA printing and it looks amazing. Supports are easily removable with minimal tuning, no issues with warping, and the parts are incredibly strong. The only reason it is 4/5 stars is due to not having the option to buy a full kg spool or even 2kg or 3kg bulk option. It makes printing a series of prints more convoluted than needed due to having to account for every limited gram on the roll and doubles the end of roll waste unless you have a system with a multi-material unit.
One of the best nylon carbon fiber filaments to print with but unfortunately. Almost every spool when printing when you’ve used 25-30% of the spool the filament will get pinched against the inner side wall of the cardboard spool resulting in a very he printer finishing with an unfinished print. Right now I’ve purchased over 20 of the .5kg rolls and about 7-8 of the 3kg rolls.
I’m not sure if cardboard is chosen for pricing or being environmentally friendly but it’s not working when I have to respool or throw away unused filament!
We are very sorry for the issues here! This should not be happening! Can you reach out to support@Polymaker.com with order details and further information so we can look into this?
This is by far my favorite nylon to print. Prints come out looking amazing and seems to be a little more forgiving and easy to print than some of the other nylons. You DEFINITELY need to dry it before printing even if it's a brand new spool.
This is my go to filament if I want something that is light weight and stiff. This stuff prints very well, great dimensional stability and the parts look great with the slightly rough surface finish.
Great material, prints fast and clean. No issues that wasn’t my fault.
This is some amazing filament. Incredibly strong and I've been getting beatiful print quality on my P1S. I'd say it handles overhangs better than some PLA I've worked with. Only complaint is it will absorb some moisture over time. I once had it in a drybox that was heated for about 3 days and some holes came out undersized and I could see the affects of the moisture on the print quality. Great price - will continue to buy!
Ich war schon seit der ersten Rolle Panchroma PLA Matte begeistert von Polymaker aber das PA612-CF hat meine Begeisterung noch mal deutlich gesteigert. Dank des Druckprofils von Fiberon/Polymaker ist es super einfach auf dem P2S zu drucken. Lediglich einen Temp-Tower sollte man drucken um die beste Temperatur für sich und das Filament zu finden. Nach dem auspacken ging die Rolle direkt in den AMS HT wo mir eine Restfeuchte von 8% angezeigt wurde, was mega gut ist.
Ich bestelle nur noch Filamente von Polymaker/Fiberon :)
Fehlt nur noch ein PPA-CF im Sortiment welches auch ein Drucker wie der P2S von schafft den Temperaturen her.
I have been very happy with the strength and impact resistance of this material. It is one of my go to filaments now for difficult applications.
5star
is my opinion of this filament. Do with that what you will.
This has reignited my passion for printing. The results after an after couple hours of dialing in the settings have been breathtaking, and I have been printing for over 5 years. The products I have made using this Fiberon filament feels better in the hand, it is good to produce something that can really last.
This is by far my favorite filament for my applications. I live in a very humid environment (Louisiana) and I love the wet properties that you get with this filament. I will choose this over pa6cf any time.
This stuff is amazing!
I run a small business and only use Fiberon. Specifically the PA612-CF or PA6-CF
Easy to print (as far as PA goes), great results using the recommended settings. I'm using it to print tools, parts, and jigs where PETG just doesn't cut it and if you truly dislike printing ABS (as I do)
Amazing product beyond happy with the quality. MUST keep dry.
In my limited opinion the most durable filament to print under 300C
Great price for what it is.
It Takes a 'LOT" to impress me and the Plastic Polymaker PA 612 really gets it together!.Now Nylon is One of the Hardest Things to print right, But its also rewarding as if done right it makes some of the hardest parts ever!...Its an Exceptional Filament and for real as it can take real punishment, But its fairly easy to print and makes some good parts without exception!.In short its a specialty plastic as frankly not everyone needs a Workpiece super hard , And its a Higher priced Item tho there are others more costly!.But out of like 30 differing and yes costly plastic from different firms only 3 outa some 30 odd plastics pass the Supreme Test which is where i just simply jump up and down on the finished part and it 'DONT' break!.Seriously This Is Some Really Good stuff as I'm 165 and I cant just break it, So this stuff its that good!.PLUSES:It is really Super Hard stuff!.It has a slight flexibility so its not 'Too Likely' to just crack or fall apart!.Unless you go crazy with Heat its not real great on warping!...It may not be right for all applications, Like Marine use as Nylons will absorb Water but for Parts!.,..MINUSES:Its Good Even Excellent but its costly tho It will meet a need!.It like other 'Hard Plastics' It can be can be hard, To dial in but its workable!...Like any other Tool it depends on your Skill level, Plus your willingness to Adapt!.Now my first Test Part was junk! My Second was passable, But i still needed Help then i remembered a Tip from an earlier reviewer that at times if you 'Cant' get something dialed in you can use CURA profiles to find a workable answer.OK I tried several but the one that seemed to work best with My Printer an Ender 3max was:Emotion Tech Nylon 1070!.The Basics seemed close enough to work as i only changed a couple of factors but here are the Specifics!.SPEED 45Heat Start at 261, then afterthe 1st layer run the part at 258!BED Start at 65!After the 1st layer drop to 50 or 55!...Speed is what works best for your Machine tho im doing well at!SPEED 40 to 45!.....I heat dry my plastic, and let my Printer warm up on ABM settings for about a half hour!.And run the Filament in straight and hot from the dryer and im getting some nice parts!.Its a Great Plastic once you learn to use it!.....Hope this Helps!IndianaED.....
What are some good settings for me to use this filament using Prusaslicer? I’ve dried the filament, prints decent, but I do have some heavy strings/artifacts.
Using a .6 nozzle, and Core One L.
We have some presets on our profile page but unfortunately no Core One yet: https://wiki.polymaker.com/polymaker-products/printer-profiles
You can use our recommendations as a good starting point:
Printing Temperature: 250˚C - 300˚C
Build Plate Temperature: 40˚C - 50˚C
Chamber Temperature: Room Temperature
Printing Speed: up to 300mm/s
Cooling Fan: OFF
Direct Drive:
Retraction Distance: 3mm
Retraction Speed: 40mm/s
