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MatterHackers Ionic Hi-Temp Hybrid Support Material - 2.85mm (3kg)
Successfully print beautiful, intricate 3D models in high temperature filaments like NylonX without painstaking post-processing using Ionic—the reliable hybrid-support material designed specifically for nylon filaments and other advanced high temperature materials. No need to use same material supports that are a hassle to remove and run the risk of damaging your print’s surface finish. With Ionic, you have filament that is rigid enough to print reliable supports for advanced materials, but also pliable enough to be easily removed and dissolve in water. Print the complex parts you’ve always wanted out of high temperature materials without struggling over leftover supports using Ionic filament.
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Ionic Hi-Temp Hybrid Support Material is available in 1.75mm or 2.85mm and on spools of 0.75kg or 3kg for high-volume production. This material is vacuum sealed with desiccant for storage and freshness.
Advanced Support Material for NylonX and Other Advanced Materials
Reliable support materials for high temperature, advanced filaments such as NylonX are extremely hard to find. That’s why we have Ionic—the reliable hybrid-support material designed specifically for nylon and other advanced high temp filaments. Engineered to be rigid enough as sturdy supports while also being pliable enough to breakaway and dissolve in water, Ionic is perfect for anyone who wants to print complex, advanced material 3D models without stressing about complex post-processing.
Want to successfully produce a complex multi-part project in one go? Print it with the help of Ionic Hi-Temp Hybrid Support Material.
Achieve Printing Stability with Thermal Stability
Ionic is the perfect support material engineered to keep up with the high temperatures needed for advanced projects. Although it is possible and common to use the same material you’re printing with as robust supports, you run the risk of surface blemishes and sometimes even damages to prints during the removal process. Ionic resolves these issues by being a water-soluble material that still has the thermal stability to provide rigid supports at high temperatures without degrading, reducing in print quality, or fusing to the print in the process. Achieve the sturdy support you need for overhangs, cavities, and other complex geometries without having to potentially compromise the surface finish of your print using Ionic—the support material designed for stability and reliability.
With Ionic Hi-Temp Hybrid Support Material, you'll have support that will help you achieve complex printing you need to successfully produce advanced parts out of advanced engineering-grade materials.
Hybrid-Support for Faster, Easier Post-Processing
Cleaning leftover bits and blemishes from supports can be extremely difficult and time consuming. Ionic easily reduces that time and extra effort thanks to its ability to breakaway from prints and and its water-solubility. Instead of risking extra post-processing fixes resulting from same material support breakaway, you can simply place your part in a container of water post printing and wait as that water removes it for you! For an even faster, efficient turnaround time, you can break off larger, easier to reach chunks of the supports and leave the smaller, harder to detach and reach bits to dissolve in water. Voila! Extra hours of labor intensive post-processing have been avoided for that intricately designed NylonX part you’ve always wanted to print than. Do more with your time and creativity when you cut out support removal from precious post-processing time using Ionic.
With Ionic's easy dissolvability and breakability, you can use your complex functional parts fresh off the 3D printer!
MATERIAL COMPATIBILITY
Please note that some of the materials above may change in shape or dimensions when submerged in water during support removal.
SPECIFICATIONS
- Recommended Extrusion Temperatures: 240±10°C
- Recommended Bed Temperatures: 60°C - 90°C
- Choose the temperature based on what the filament you're mainly printing with recommends. (i.e. Bed Temperature recommended for NylonX is 60°C±10°C)
- Spool Dimensions 0.75kg (Approx.): 200mm Diameter, 55mm Height, 50mm Inner Core
- Diameter: 1.75mm OR 2.85mm
- Filament weight: 0.75kg OR 3kg
- Removal Process
- Dissolves faster in warm water
- Agitating it in water from time to time can also speed along the degradation process
- Dissolve in a container of water that is much larger than the size of your print
- A small container works as well, however you will need to replace the water more frequently as the degradation process slows the more the water is saturated with the support material.
- This mainly applies if all or a majority of the supports are printed out of this support material.
- Breakaway by Hand
- Dissolves in Tap Water
- Click here to download the Technical Data Sheet.
- Click here to download the Safety Data Sheet.
Filament Care & Maintenance
Because Ionic is hygroscopic (readily absorbs moisture from the air), this filament must be dried in some kind of filament drying system before use in order to fully maximize its capabilities. We also highly recommend storing Ionic in some kind of sealed container with a packet or two of silica gel desiccants if you do not intend to use the filament immediately.
Specific drying instructions: 70°C for 12 hours, best case is PrintDry with filament feed directly to the printer via PTFE tube.
To purchase a filament drying system, check out our PrintDry here.
Questions
The Ionic filament keeps blocking the nozzle in my Flexion Extruder, I am using a .4mm nozzle @250deg C. What retraction settings should I use for this filament?
Has this filament been discontinued or is it just out of stock?
Will this product work with ASA?
I've tried many different settings, and every time I try to print ionic with nylonx, the nylonx doesn't adhere well to the support material, breaks away, and ruins the print. Any suggestions?
Has this been discontinued, or is it just perpetually unavailable?
Just curious if there is an ETA for this material to be in stock, or if the material has been discontinuted?
Will this Filament work with Bambu Lab X1 Carbon using for PETG and Bambu PA-CF filaments?
It would be great if this product was on a standard sized spool. I have a multi-material system that requires a specific range of spool sizes, and this one is an odd size so I had to respool it, and throw away a good portion because it didn't spool tightly enough, which is almost impossible to achieve by hand. Just make it a normal sized spool please
This material seems to want to print very slowly, I'm printing at 245c, and I had to turn down the max volumetric speed to 3...by comparison I use 14 for ABS/ASA. It also oozes like mad and generally speaking leaves blobs in places. I may try a lower temp even though this is the best temp for my ASA and within the specified range of the product.
Is Ionic compatible with PC and/or blends such as PolyMax-PC?
How does this compare to Raise3D PVA+?
How do I utilize this Filament with nylonX on my Pulse xe
Up to what temperature is this material dimensionally stable?
Does this work with polypropylene (PP)?
Has anyone used this to print nylonx? Does it actually work to leave no scaring from the support material. Nylonx is the worst for scaring the scaring is crazy and almost impossible to get rid of without some serious work. Thanks in advance. Cheers.
It said that 1.75mm .75kg rolls were going to be in stock on the 8th did they sell out in one day?
Any idea on length of time to dissolve and does it completely dissolve ? I realize that there are probably variables. can you provide an meaningful example? Thanks
Is there a profile for Ultimaker S5 material station. also which print head ?
How should one dispose of water which contains dissolved Ionic support material?
At what temperature should this filament be dried?
70C for >8 hours