Inconel® 718 Filamet™

Create real superalloy parts using any open-architecture FFF/FDM 3D printer—geometries impossible to machine, at a fraction of traditional tooling cost.

Available Formats:
Spools: 1.75mm and 2.85mm diameters in 0.5kg and 1kg weights
Pellets: 1kg jars

Filament Density:
3.50g/cc – 4.30g/cc

Metal Content:
82.0% – 85.0% Inconel® 718

High Compatibility:
Works with virtually any open-architecture 3D printer—no proprietary hardware or specialized equipment required. Also compatible with 3D printing pens.

👉 Our list of Trusted 3D Printers – Click Here

Easy Printing Experience:

• Print with a 0.6mm hardened steel, standard flow nozzle

• Prints similar to PLA

• Minimal to no warping

• Ensure the filament feeds straight into the extruder

• Less hygroscopic than PLA

  • Do not dry this filament—drying will degrade the binder

👉 More information on printing – Click Here

Fully Sinterable:
After printing, your part can be fired in a furnace to become 100% solid Inconel® 718 superalloy.

👉 Debinding & Sintering Instructions – Click Here

Why Inconel® 718?
Inconel® 718 is the industry standard for extreme-environment applications—retaining strength at temperatures exceeding 700°C, with exceptional resistance to oxidation and creep. Now printable on standard FDM printers for the first time.

Applications:

• Aerospace turbine components and hot-section parts

• Rocket engine components and combustion chambers

• Gas turbine blades and vanes

• High-temperature industrial process equipment

• Defense and nuclear applications

• Rapid prototyping of superalloy parts

• Reducing or eliminating tooling and machining costs

Additional Links:

👉 SDS and TDS – Click Here
👉 Research Papers – Click Here

Explore More Metal Filaments:

• Aluminum Filamet™

• Rapid 3DShield Tungsten Filament

• Copper Filamet™

All print just like PLA on most open-architecture 3D printers.

Recycle empty spools with the spool buy-back program – Click Here

🔬 Working on a research, aerospace, or defense program?
We work directly with universities, national laboratories, defense primes, and R&D teams on custom material specifications, bulk supply agreements, and qualified material data packages. Email info@thevirtualfoundry.com or call to discuss your program requirements. We respond within 1 business day.

Large orders may be subject to longer lead times. Contact us for more accurate lead times and volume pricing.

FAQ:

❓ Can I print this on my printer?
✅ Filamet™ is compatible with nearly all FFF/FDM based 3D printers on the market. Switch out the nozzle for a 0.6mm hardened steel nozzle and get printing! The list of printers that have been used and the ones that are not compatible can be found here: https://thevirtualfoundry.com/trusted-printers/

❓ What can I expect for final sintered density of my parts?
✅ Using the instructions we provide, you can expect around 90–95% density. Instructions for sintering are here: https://thevirtualfoundry.com/debind-sinter/

❓ How strong are parts right off the printer?
✅ They are quite a bit stronger than you may expect. You can throw them around a little and handle them just fine. Generally, they will not handle load nearly as well as the base PLA would on its own.

❓ Can I just debind my part and not sinter it?
✅ A part that has just been debound does not have structural integrity. Inconel 718 parts specifically, can not be handled in their brown state as they will not be able to stay together. This is why there is no repacking step in the debinding and sintering instructions for this material.

❓ How can I make my part shiny straight off the build plate?
✅ If you are looking to polish up a part without going through debinding and sintering, you can sand the part with progressively finer sand paper from 120 to 3000 grit. Then polish with a polishing cloth. For a mirror shine, use a cotton buffing wheel and some Zam polishing compound. More instructions here: https://thevirtualfoundry.com/finishing/