Polymaker ASA Filament 1.75mm White, 1kg ASA 3D Printing Filament, Heat & Weather Resistant – ASA 3D Printer Filament Perfect for Printing Outdoor Functional Parts
$29.99
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Customer Reviews
4.5 out of 5 stars 2,015
4.5 out of 5 stars 1,730
4.2 out of 5 stars 1,848
4.5 out of 5 stars 7,799
4.6 out of 5 stars 3,530
4.4 out of 5 stars 89
4.6 out of 5 stars 1,297
Price
$29.99$29.99
$22.99$22.99
$19.99$19.99
$19.99$19.99
$24.99$24.99
$17.99$17.99
$20.99$20.99
Material Type
ASA
ABS
PETG (New Formula)
PLA
PLA PRO
PLA
PLA
Special Feature
UV-resistant, Heat Resistant
Impact and Heat Resistant
Fast Printing, High Strength
High Speed Printing
Easy to print, High rigidity
Matte Finish, Refill Spool
Matte Finish, Easy to print
Recommended Nozzle Temperture
240-260˚C
245-265˚C
240-260˚C
190-230℃
190-220℃
190-230℃
190-230℃
Bed Temperture
75-95℃
90-100℃
60-70℃
25-60℃
30-60℃
25-60℃
25-60℃
Printing Speed
30-50mm/s
30-50mm/s
Up to 300mm/s
Up to 350mm/s
30-70mm/s
Up to 300mm/s
Up to 300mm/s
Flexibility
Moderate
Moderate
Moderate
Low
Low
Low
Low
Heat Resistance
High (86–96°C)
High (100°C)
High (70–80°C)
Low
Low
Low
Low
⛅ Weather Resistant: Polymaker PolyLite ASA 3D printing filament combines the properties of ABS with added weather resistance. UV-resistant and less prone to environmental stress cracking, it’s ideal for outdoor applications like RC planes and car accessories.
🌡️ High Heat Resistance and Mechanical Properties: PolyLite ASA filament can withstand temperatures up to 100˚C (212°F) and offers high toughness and impact resistance, making it ideal for functional applications. It shares the same properties as ABS 3D printer filament.
♻️ Cardboard Spool: Now available in upgraded 3.0 packaging, featuring a fully recycled cardboard spool and box.
⚙️ Printing Settings: Nozzle Temperature: 250˚C; Bed Temperature: 90˚C; Speed: 50mm/s. (Adjust as needed per your 3D printer; refer to standard ABS filament settings). For large parts, use an enclosed printer to prevent warping.
🛡️ RISK-FREE & LIFETIME TECHNICAL SUPPORT: We’re here to assist you in achieving flawless, beautiful prints. Feel free to reach out to us on Amazon anytime you need help!
9 reviews for Polymaker ASA Filament 1.75mm White, 1kg ASA 3D Printing Filament, Heat & Weather Resistant – ASA 3D Printer Filament Perfect for Printing Outdoor Functional Parts
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$29.99
MrJoe –
Prints clean, strong, and built to last outdoors
I picked up this Polymaker ASA in orange to start printing some functional outdoor parts, and it hasn’t disappointed. The color is vibrant, the spool was neatly wound, and it fed smoothly right out of the box.Print quality is excellent—layer adhesion is solid, surface finish is clean, and it handles bridging and overhangs better than I expected for ASA. I’m running it in an enclosed printer, and once dialed in, it’s been very consistent. Slight warping on the first print, but after tweaking bed temps and using a brim, no further issues.What really stands out is the durability. This filament is tough and UV/weather resistant, which makes it perfect for brackets, mounts, or anything you need to survive outdoors. I’ve printed parts for my patio setup and a few car accessories, and they’ve been holding up great in sun and heat.If you’re looking for something tougher than PLA and more outdoor-friendly than PETG, this ASA is a solid choice. Highly recommend for functional prints.
Aaron –
Very close match to Magpul FDE
My first attempt at printing anything other than PLA. There was a bit of a learning curve, but it worked great. Babysit it for a couple of small prints and it should be pretty easy to dial in.Bed adhesion seems to work well with a textured PEI plate, 110 degrees, with a brim. It will pop itself off if you allow the bed to cool to room temperature. I haven’t tried any large prints and I’m not sure how much I would trust the bed adhesion without glue for something large.Parts seem very durable. Color is a fairly close match to Magpul FDE.Printed at 255 degrees on a Flashforge Adventurer 5m. No fan for first 3 layers, 15% fan for the next 20 or so, 50%-100% fan for the rest. Printer is in a Creality zip-up enclosure, feeding filament from a Creality Drybox 2.0. I use the Drybox as more of a spool holder than anything else, so it wasn’t on for the first 12 hours or so of the filament being out of the package. I printed several times successfully, but then it started to have some significant stringing, so I turned the Drybox on to 60 degrees. Stringing decreased after the Drybox ran for a while. So it seems like this stuff needs to be kept pretty dry. That or I messed up that one print and it was just a coincidence. Idk. (Edit: turns out my retraction setting was too low, so the stringing was most likely user error)For what it’s worth, I was printing it at 300mm/s, which is way faster than it advertises, and I managed to get pretty decent parts with no clogging. But I was also printing relatively small parts that were designed to be easily printable. Your mileage may vary.I’m quite happy with this filament and would order it again.
Azphxguy –
Great Quality
Quality is great. It works and prints well. Keep in mind you need to adjust your printer appropriately before using this filament. Before judging adhesion to the bed, and warping: Remember this is a more advanced filament, you need to use a proper environment and proper settings. You also need to think about how you print your prints when using this. If you look into best practices for ASA, you’ll do well. It’s easy to use, it’s just that you do need to prepare more.This is high quality!
TechHead –
Better than ABS
First and foremost, this was my first time ever printing in ASA. Initially, I started with ABS but could not stand the smell. Even with my air purifier on high, it was horrible. Out of the box it had alot of moisture that made it unbearable to print with so tbh, im never touching the stuff. Looking for alternatives, Polymaker came up and decided to check them out for the first time. I’d only ever printed PLA but mostly PETG. This project required either ABS or ASA for thier properties. If you’ve never printed with either of these, its not for the faint of heart. I liked Polymaker alot better as the smell wasn’t so nauseating. Subtle with no enclosure and barely noticable with. I always run an air purifier that can filter any offgassing. I plan to print a nevermore filter also. It was a challenge for me to get this dialed in but in the end, this is what worked:- The bed really needs to be properly leveled, I cannot stress this enough.- I have a flex plate with a piece of probably 1mm pei on it. I sanded it to get it scuffed up with 80 grit sand paper (didn’t have textured pei so this was the alternative). Washed it with dish soap, dried it and wiped it down with iso alcohol 90%.- Enabled Linear Advance and used teaching tech’s video to configure (easy). This is optional but I’ve been hearing about it and found that it truly does improve the quality of the print.- Ensured that Z/ESteps were configured (I had to change extruders). The calibration cubes all measured the correct size.- Adjusted the flow rate. This really needs to be checked to avoid over extrusion even if the steps are correct.- Use elmers glue stick (the xtreme version). Believe me, I experienced warping when first attempting to print this. Initially, tried ASA juice/slurry which I advise against because it reeks and is a PITA to clean. Also tried sugar water which is laughable but seems to work for some. Get the glue stick. It’s cheaper, water soluble, non-toxic and it just works. Not spending $20+ for the competition. Just run your flex plate under water and boom. If using on a bed take something to wipe it off (safely) if needed. Done cleaning.- Consistent heat. Do a PID tune. I found that this was one of the main reasons for warping. Whether using your printer in an enclosure or wherever, make sure there are no windy drafts of air. Also, I was used to setting certain temperatures for the first layer then reducing it when printing PETG. Not this time. Leave it be.- I stopped using brims. They work to reduce warping/corner lift but I can’t stand them. Even though this ASA is relatively easy to sand, its annoying to remove/post-process especially when you have alot of small parts.Settings/Printer:Tevo TornadoPrusa Slicer250 NozzleBed is preheated for 10m (heat soak)90 bed (truly dont need to go higher than this)2 skirt linesDraft protection (hey it works but is probably not needed)I highly recommend this brand. Once you get things dialed in, it prints like butter. No moisture issues as the filament is well vaccum sealed and I keep all of my filament in an airtight container with dessicant at rest and in use. Love the natural color.
luke –
Great material, great “snow” white colour. Delivered quick for an import item.
Pf –
impressions nickel (avec chambre de chauffe)reagit aussi super bien avec l’acétone
Diddi –
Das Polymaker PolyLite ASA in Schwarz ist eine sehr gute Wahl für alle, die ein witterungsbeständiges Filament suchen, das sich ähnlich wie ABS drucken lässt, aber weniger Warping-Probleme hat.Das Material hat eine hervorragende UV- und Witterungsbeständigkeit, wodurch es sich besonders für Außenanwendungen eignet. Die Druckqualität ist ausgezeichnet, mit sauberen Schichtverbindungen und einer gleichmäßigen Oberfläche.Das Warping ist deutlich geringer als bei ABS, vor allem wenn man ein beheiztes Druckbett (90–110°C) und eine geschlossene Druckkammer verwendet. Ein geschlossener Bauraum ist zwar nicht zwingend notwendig, aber definitiv empfehlenswert.Die Oberfläche hat ein seidenmattes Finish, was den Drucken eine edle Optik verleiht. Besonders mechanische Bauteile oder Gehäuse profitieren von der hohen Stabilität und Temperaturbeständigkeit.Ein Punkt, den man beachten sollte:Das Filament nimmt wie viele technische Kunststoffe Feuchtigkeit auf. Eine trockene Lagerung ist daher wichtig, um gleichbleibend gute Druckergebnisse zu erzielen.Für alle, die ein robustes und wetterfestes Filament mit guter Druckbarkeit suchen, ist Polymaker PolyLite ASA eine klare Empfehlung.
Amazon Kunde –
I was always scared of printing anything other than PLA, but this went suprisingly well. Beware the need for an enclosed printer (for smaller prints it suffices if the printer is in an area without drafts and if you later ventilate well). Larger flat prints did warp a lot tough, even with an actively heated enclosure (though you decide if you want to call my cardboard box with a space heater pointed at it a heated enclosure).
Dean –
Worked perfectly in my x1c and k2 plusPrint is lovely would highly recommend it