5-10 days
Payments
Descripción
Descripción
PolyFlex™ TPU95-HF: Impresión flexible High-Flow y High-Speed
Diseñado para un rendimiento High-Speed
PolyFlex™ TPU95-HF, desarrollado a partir de la familia Addigy®, es un filamento de poliuretano termoplástico (TPU) diseñado con propiedades de alto flujo. Esto permite velocidades de impresión significativamente más rápidas en comparación con los materiales flexibles estándar.
Abre nuevas posibilidades de fabricación
Con su flujo optimizado y flexibilidad confiable, PolyFlex™ TPU95-HF amplía las posibilidades de uso de filamentos flexibles en la fabricación, permitiendo producir rápidamente piezas elásticas sin sacrificar la calidad.
Ideal para piezas rápidas y flexibles
Elige PolyFlex™ TPU95-HF cuando necesites combinar flexibilidad con producción High-Speed - perfecto para la creación rápida de prototipos, plantillas de fabricación y componentes funcionales y elásticos.
Requisitos de impresión
El LayerHub Ahora está vivo. Una casa construida por la comunidad para los presetos de filamento — Abierto a todos los filamentos Marcacada impresora. Cada preseta viene con una foto de impresión real para demostrarlo.
Ajustes de impresión
Ajustes de impresión
PolyFlex™ TPU95-HF
Características principales
- Impresión de alta velocidad
- Flexible y fiable
- Ideal para la producción
PolyFlex™ TPU95-HF - Negro / 1.75mm / 1kg 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
- Seca primero el filamento y luego ajusta la retracción y los desplazamientos si hay hilos.
- Usa una trayectoria del filamento corta y bien guiada, y reduce la velocidad de impresión si el filamento flexible se dobla o avanza de forma irregular.
- Comienza dentro de los rangos recomendados de 200 - 230 °C para la boquilla y 25 - 50 °C para la cama, y luego haz pequeños ajustes según la impresora y el modelo.
- Usa el ajuste recomendado de ventilador de refrigeración ACTIVADO y mantén la velocidad de impresión entre 30 y 100 mm/s.
| Property | X-Y | Z | Value | Method |
|---|---|---|---|---|
| Density | — | — | 1.16 g/cm³ Important | ISO 1183 |
| Tensile strength | 26.6 MPa Important | — | — | ISO 527 |
| Elongation at break | 495.8 % Important | — | — | ISO 527 |
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.
¿Para qué se apoya el HF?
Puedes imprimir mi impresora PolyFlex™ TPU95-HF?
Lo que hace PolyFlex™ TPU95-HF ¿Unidad única?
¿Para qué es el número?
¿Tienes alguna sugerencia al imprimir TPU95-HF ¿Con estructura de soporte en una impresora única extruder?
Revisión
High-quality TPU filament praised for durability, flexibility, and ease of printing. Customers said it "prints like a dream" with excellent layer adhesion and quality. Requires specific settings including direct drive extruder, slow speeds (25-30mm/s), and proper temperature control. Some mention stringing issues and learning curve, but overall "very durable prints."
Good quality TPU, printed really well after a bit of adjustment. I've been printing 100% infill (well, very thick top/bottom thickness anyway) and when you cut a print in half you can't see layer lines, the material is 100% bonded and extremely durable.Biggest difficulty is under extrusion. Your extruder gears will not push the same amount of filament as a solid plastic, so you must calibrate your Esteps, or if you want to do it through a printing profile specifically for TPU, up your flow rate. On my MK3S I went from 100% flow rate to 120% to stop under extrusion.Retraction is difficult to tune, keep it low. I went from .8mm 35mm/s to .1mm 15mm/s on a direct drive setup. Probably the hardest part of getting good looking prints.Other than that, fairly simple. Print hot, print slow. After messing around with printing this stuff for 2 weeks the only thing I can't comment on is the longevity of the prints.Oh, and A+ on the cardboard spool. This hobby is wasteful enough without the plastic spools.
I was skeptical that my Ender 3 (with stock bowden extruder) would be able to print with this filament but it pulled it off no problem with some slicer tweaks. I used PrusaSlicer to generate the g-code for my tires and my tweaks were: 225C print temp, 30mm/s print speed, 3 shells (thicker wall=stiffer part), retraction length: 3mm, Extra Length on Restart: 1mm, ( I turned off Ensure Vertical Shell Thickness, that speed up the prints and reduced the number of retractions improving my results a bunch) And the filament stuck wonderfully to the default textured PEI my printer came with.--CRITICAL YOU MUST CHANGE THE RETRACTION SETTINGS (see image for my settings)--Flexible filaments are prone to stringing it's just how they are, try to print only one object at a timeand clean up stingers with sharp scissorsA note on Bridging with flex filaments: IT SUCKSso if you have to do it use a ton of top shells (8+), decrease the layer height of the top with the slicer's variable layer height feature, this will give you the most chances to fully bridge, and change the bridging flow rate to 0.75.Just remember: Print Hot, Print Slow.
This worked really well so far. It is very bendable but won't stretch very far. I'm using it on an Ender 3 Pro with a simple direct drive extruder conversion. Bed: Glass with glue stick, 60C. Nozzle: 220C. Increase flow about 5-7% vs PLA. This definitely does ooze more than PLA. Try to minimize movements over empty space. I was worried printing with flexible materials would be more difficult, but so far there's no issue.
I like this for a flexible material. I was not able to print with NinjaFlex on my machine yet (3gen MakerBot Replicator Dual clone) but I was able to print with this material. For those that aren't familiar I would say this is the half-way point between NinjaFlex and normal filament. This is flexible but more stuff than NinjaFlex. Because of that it is easier to print. I still had to modify my extruder to a more modern version with a spring and a pinch wheel and more support for the filament before it went into the hotend. There are files on Thingiverse you can use to do this yourself or you can buy the upgrade parts. I imagine a newer MakerBot would print this fine with no modifications. I gave it 4 stars because it is still tricky to print with.Below is a photo of my first print getting my modified extruder running. There is room for improvement for sure but it is working.File: 3DBenchy - The jolly 3D printing torture-testMaterial: Polymakr PolyflexExtruder Temp: 230CPrint Speed: 30 mm/secBed temp: off, blue tape
Great product that is easy to use. It takes special slicer settings to get a good top printed surface.
Great products, competitively priced and very quick, free shipping. What more could you want.
Good filament 100% satisfied
This is excellent TPU. TPU makes disappointing tires because despite being soft it is slippery. But tires made of Polyflex are less disappointing than most. Polyflex has more "tackiness" or "grippiness" than most TPUs. The only two TPUs I have found better than this for tires are CoexFlex 30D which takes 10X longer to print, and CoexFlex 60A which requires a special extruder, and even if you have the special extruder, takes about 30X longer to print. Polyflex is the best compromise. Prints faster than most ordinary non-"high speed/high flow" TPUs and end product looks better than most TPUs.
Easy to print when you have your settings right, makes very durable prints, very nice overall quality, would recommend for newbies to flexible filaments
PolyMaker has built a reputation around quality filament and this does not disappoint. Make sure you use a direct drive extruder to print it though.
Good quality flexible filament and color is perfect. Had no problems printing a phone case for my sister with it.
I have been printing 2A recoil pads and this stuff is awesome. Nice and flexible, very durable. Layer adhesion is great. Print quality is great. Going to try MFG'ers other products now. For soft recoil pads print 3 walls, 4 top/bottom & 8% infill gyroid.
This is one of those filaments that is directly supported by my hitop printer. no need to guess what parameters (table temp, extruder temp, extruder speed etc.)
Great TPU filament. Prints really nicely. Awesome blue colour. Gotta keep it dry though and maybe dry before you print with it
Printed nicely and evenly. Great for multiple projects and I love the color!!
The high flow tpu works as described. Can print with much higher speed with no clogging.
I've used PolyMaker for little over a year now and have been really impressed with the consistent quality and pricing. I;ve never had adhesion problems or print quality issues, I've used several other brands and still go back to Polymaker not only because of cost but biggest reason is print quality. I use a Hemera with plated copper E3D heat block, titanium heatbreak and CHT bondtech nozzle and have to say this can keep up with my high expectations. I live in Canada and can get Prusament filament or Proto Pasta but the cost is insane and honestly cant tell any difference in quality between these brands, so diffently worth every penny buying PolyMaker. They have a huge selection and I own just about every color in PLA, PETG and PLA Pro and lately been using some PLA-CF to make printers parts and wow is it good and strong.
TPU has a mixed reputation. This material printed flawless using the suggested parameters. Adhesion was almost too strong to remove. Net: excellent first print.
TPU is one of the most difficult materials to print, and thats why a good quality filament is very important.All the packaging is very good quality and ensures a correct storage for the filament.
Prints perfect and super fast. I used PLA settings and just upped temp to 230
Great filament, my skills with you have much work to do I do not blame their product.
This is a fun material. I've been mostly printing golf tees for an indoor simulator and after a few revisions I have made some that hold up great for many rounds. Prints great on my Ender 3 pro stock... just slow down print speed to 25 or 30.
This TPU has plenty of flex, and is easy to print. I have made over 15 prints with it, and it has not yet jammed my extruder. I am printing at 30mm/s at 220 degrees C.
I am just blown away with this filament. I tried ninjaflex and it kept failing no matter what I did. I switched to this filament and I will never try anything else. I highly recommend it!
I'm printing on a Flashforge Finder @210 without difficulty. It's not very soft but it is flexible and worked well for me.
very satisfied
Nice stuff had to adjust my printer but works good after that
Easy to print with and have had no issues on my Wanhao Duplicator Plus.Change your infiltration percentage to adjust overall stiffness!
