Create real metal parts using any open-architecture FFF/FDM 3D printer—or even a 3D printing pen.

Available Formats:
Spools: 1.75mm and 2.85mm diameters in 0.5kg, 1kg, 3kg, and 5kg weights
Pellets: 1kg, 3kg, and 5kg units

Filament Density:
7.80g/cc – 9.20g/cc

Metal Content:
88.0% – 94.0% pure tungsten

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

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

👉 Print this test model to ensure you're getting the highest density you can. The model should weigh 5.5g or more.

Special Qualities:

Can be used as a replacement for lead for radiation shielding with no sintering required.

👉 See testing data here.

*This material is used in its green state for radiation shielding and it is not intended to be sintered.

Applications:

• Radiation shielding

• Shielding radiopharmaceuticals

• Shielding hotspots in a nuclear reactor cooling channels

• Research

• One-off and short-run manufacturing

• Reducing or eliminating tooling and machining costs

Additional Links:

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

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

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

Due to a global supply crunch and shifting export controls, tungsten market prices have reached historic highs in early 2026, directly impacting our raw material costs. We have adjusted our pricing to reflect these current market conditions and remain committed to lowering our rates as soon as global supply stabilizes and tungsten prices retreat.