Ihr Warenkorb ist leer
Ihr Warenkorb ist leer [Wärmeformbeständigkeitstemperatur 240°C] SuperHDT hat die höchste Wärmeformbeständigkeitstemperatur von 240 °C weltweit und ermöglicht die Herstellung von hitzebeständigen Prototypenteilen.
[Erhöhung der Wärmeformbeständigkeit durch Zugabe von SuperHDT] Durch Zugabe von SuperHDT zu Standardharzen wie SuperFast 8K wird die Wärmeformbeständigkeit des Drucks erheblich erhöht und der Druck wird hart und robust.
[Benutzerhandbuch #1: Umschmelzen des Harzes] SuperHDT kann während der Lagerung rekristallisieren. Wenn es nicht klar ist, erwärmen Sie die Flasche eine Stunde lang auf 60°C oder ein paar Stunden lang auf 50°C. Sie wird klar und funktioniert einwandfrei.
[Benutzerhandbuch #2: Nachhärten] Die Wärmeformbeständigkeit des Drucks wird nach dem Nachhärten mit 20mW/cm2 LED-Licht von 395 nm bis 405 nm für 10 Minuten gemessen. Wenn das Aushärtungslicht schwach ist, verlängern Sie die Belichtungszeit. Das Erwärmen des Drucks im Ofen auf 80°C für eine Stunde verbessert die mechanischen Eigenschaften und die Wärmeformbeständigkeit.
[ISO 10993-5] Nachbearbeiteter und ausgehärteter SuperHDT hat die ISO 10993-5:2009 bestanden.
[Kompatibel mit allen LCD-Druckern] Die einzigartige Fotosensibilisierungstechnologie macht SuperHDT mit allen Arten von herkömmlichen und monochromen LCD-3D-Druckern kompatibel.
[Super-Serie] SuperPP 1.4G (Stark und langlebig wie PP), SuperPP 0.9G V-0 (Langlebig mit Flammschutz UL94 V-0), SuperPCS (Stark und langlebig mit 8K-Präzision), SuperFlex (Flexibel wie TPU), SuperRigid (Keramikgefülltes Modul von 6.0GPa), SuperElastic (Flexibel wie Silikon), SuperSilicone (3D-druckbares Silikon mit UL94 V-0), SuperHDT (Höchste Wärmeformbeständigkeitstemperatur von 240°C), SuperCast (Wachshaltiges Gussmaterial), SuperESD V-0 (Elektrostatisch entladungssicher mit UL94 V-0) sind ebenfalls als Ingenieurharze von 3DMaterials erhältlich.
James Rogers
Bewertet in den USA am25. Januar 2025
Yes, it is finicky, but if you follow tips from other users and the directions exactly, it is great material. Heat it to 120 F for 2 hours before adding it to your vat, and keep the printer area warm (right now it is chilly in Texas so I have a small space heater around my printers). Printing the clear is a little iffy, but adding the color pigments is a MUST, I feel like the light goes through the part and cures in places I didn’t want, but my gray parts are beautiful! Post cure at 175F for an hour, tested some parts at 425 F and they held up to the heat without breaking down, now to send the parts off to the mold maker for vulcanized rubber spin casting molds. My low star is because of my experience with the clear prints, but I’d give it 5 if it were gray from the bottle.
cecilykassinen
Bewertet in Großbritannien am 22. Dezember 2023
First do not buy this resin if you cannot control the UV led brightness on your printer. Despite stating compatibility when I tried this on an Anycubic Photon Mono SE using their recommended setting it would not work. The light bled through the crystal clear resin and cured extra resin resulting in blobs and a mess. I tried progressively reducing exposure time until it left holes in the print as there wasn't enough UV light to properly cure but I still got bleed through. Nightmare. I moved to a different printer; Anycubic M3 plus and turned down the brightness and used the recommended settings for the Mono X 6K and it result in bleed through and curing of extra resin. Eventually after some experimentation (50% uv intensity and 5s exposure) I was able to 3 good prints out of 4. This is just the printing! You have to warm up the bottle to 60C to get it to go clear before printing. Then a long UV cure after printing for it to go amber colour instead of clear and then temper it at 80F for 1 hour. If it isn't amber it is not cured enough (one of my cured prints wasn't amber enough and cracked in the oven at 220C). I wasted 12 hour printing and got 3 small prints that were actually good. I tested another amber print in the oven at 220C and it had no issues, it just turns a little more rubbery instead of brittle hard but held its shape without issues. Definitely the most frustrating resin I have ever used but if you need high temperature then you don't have a lot of choices yet.
Leo A.
Bewertet in den USA am20. Oktober 2023
The material was great. It held up to the temperatures advertised. The color after cure was yellow like old headlights. After exposing the material to around 350f the yellow went away and it was clear white and looked like clean acrylic. The guide does say to hold it in some heat to anneal so refer to that. The material is sturdy. It has a metallic sound when I tapped it with a screw driver similar to CF infused filaments. I cleaned the part with a soft toothbrush and 93 alcohol and dryed it with a hair dryer before curing. Cured it according to the guide. I ordered the 500g which had some crystallized material in the bottle. This is the only reason I gave it 4/5 (initially). I'll be back to update the review when I see the 1000g bottle. I'll give them the benefit of the doubt and assume that it might have sat on the shelf too long and people prefer the 1000g option more. This stuff is stinky so please have some kind of extraction or ventilation. If you're considering a resin operation get a fume hood designed for soldering.Edit: the 1000g bottle did not have crystallized material in it so I am upgrading to 5/5.
Catherine
Bewertet in den USA am30. Juli 2022
Thin parts and flat parts don't cure well. To the point that the resin is unusable. Used manufacturer-recommended exposure settings.
Client d'
Bewertet in Frankreich am 12. Januar 2022
Bonjour,attention si la résine a vue une température trop basse pendant le transport elle peut cristalliser.il faut la chauffer a 60°C pendant environ 3h pour qu'elle retrouve son aspect liquide transparent.support 3D Materials très réactifElgoo Mars 2 Pro :initial 10s pour 4 layersaprès 4.5s pour une couche de 0.050 mm
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