Sorry, this product is currently unavailable
Perhaps some of these categories are of interest:
3D Printer Accessories
3D Printer Filament
3D Printer Resins
3D Printers
CNC Machines
Clearance
Sale
Digital Designs
Education & Curriculum
Laser Cutters & Engravers
Sale
Refurbished Machines
Software and Add-ons
Water Jet CuttersE3D E3D Volcano Nozzle - Plated Copper - 1.75mm x 0.40mm
E3D Volcano nozzles are designed with speed in mind. They excel at large layer heights with extremely high flow rates in order to reduce print time. E3D offers an excellent selection of 3D printer nozzles, and these plated copper units are a must have for users interested in high-temperature 3D printing. All volcano nozzles are marked so that you know exactly what size you are working with.
| List Price: | $14.00 |
|---|---|
| Availability: | Currently Unavailable |
The New E3D Plated Copper Volcano Nozzle
If you prefer printing with larger layer heights, the Volcano is the hotend/nozzle combo that you've been waiting for! The nozzle has a longer heated zone when compared to most hotend nozzles. This means that the filament is heating slightly faster, therefore it has accelerated melting speeds. The plated copper volcano nozzle has the added benefit of printing at higher temperatures with less wear and tear to the nozzle surface. The shiny surface not only looks great, it also prevents filament adhesion making printing overall faster and cleaner.
Nozzle Size
You can easily identify all the nozzles in the series by looking at the markings on the flats of the hex head. See below to help you identify what each set of markings means in relevance to size.
- 0 markings = 0.25mm
- 1 marking = 0.30mm
- 2 markings = 0.35mm
- 3 markings = 0.40mm
- 6 markings = 0.50mm
- 4 markings = 0.60mm
- 5 markings = 0.80mm
Questions
Is it food-safe?
Is this suitable to coat the inside of an FDM hot water vessel for a prototype coffee brewer? 190F water, needs to be NSF 51 or NSF 61. FDM parts are Polycarb.
I'm trying to make a PETG printed container water tight. The project is a windowsill planter. I've made many of these out of ABS, but am struggling to have it hold water without leaking using PETG. Would this product work? If not, do you fine folks have any suggestions? I've tried using Krylon clear coat repeatedly on the inside surface without success. Even PlastiDip seems to be a problem.
Hello.I'm managing a company in Japan. Goods of your company. When it's bought this time10, is the discount possible? When being OK, I'll plan to continue and buy it from you from now on. Please take care of an answer.
The surface is VERY soft when hardened. It even leaves fingerprints on surface. Is there a way to make it harder? Is there a post-treatment that might work?
Can you cast a silicone mold of the coated part? Or will the silicone react to the coating?
Is the resulting finish from this product enough to leave as is? Id like it to look better and have a little bonding and shine, but I do not want to sand.
Can I apply a auto body urethane paint with a top clear?
Is XTC-3D inert in Deionized-Water and/or ethylene glycol? Also what temperature ranges can it handle?
What is the hardness of this coating after completely dry? a 2 part epoxy feels rubbery when dry
For a part to be exposed to the sun, will this be affected by heat or light?
Does this make a part waterproof? Also, would you be able to use a cleaner on a part after you use this?
Can this only be painted with Acrylic Enamel Paint?
Can I use this on a thin (~ 1-2mm) PETG part that will flex from time to time?
How long does this take to dry?
Can it be used on pla
Is it possible to drink or eat from something that coated with XTC-3D?
Can you apply XTC-3D over painted 3D printed objects (as a tough clear coat) or will it dissolve the paint?
What do you use for cleaning the brushes after use of this product?
I would like to 3D print some replacement automobile light lenses for fixing up a car. Should I coat the translucent PETG parts with this to make them very clear and strong or just print the lenses with a translucent filament.