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Prusament PC Blend Filament - 900G - 1.75mm (Multiple Colors)

$56.99

Prusament PC Blend is manufactured in-house by Prusa Research with a guaranteed ±0.03mm diameter tolerance. Its strength, rigidity, and resistance to impact, wear, and high temperatures up to 113 °C make it well suited to functional parts that need to hold up under stress. Every spool is measured and documented throughout manufacturing, and this production data ships with the spool.

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Prusament PC Blend

Prusament PC Blend is Prusa's in-house polycarbonate filament, built for strong, functional parts. It stays rigid under load, handles impact and wear, and holds its shape at temperatures up to 113 °C, which suits mechanical and heat stressed components that PLA or PETG can't handle. It also resists creep, stays tough even at low temperatures, is styrene-free, and absorbs very little moisture, so there's no need to dry it before printing. Every 900 g spool holds a diameter tolerance of ±0.03 mm and ships with measurement data to back it up.


Why Choose Prusament

Prusament is made by the same team that builds Prusa printers, and all of it is manufactured in-house. Every spool is held to a ±0.03 mm tolerance with closely controlled color, and you can check that quality yourself along the entire length.

Prusament filament made in-house by Prusa

Made By Prusa

Prusa wasn't satisfied with the filament on the market, so they decided to make their own. Prusament is built to the standard a printer maker expects from the filament running through its own machines.

Premium-grade material and thorough testing

Premium Materials, Tested

Prusament starts with premium-grade raw material, and every stage of production is monitored and tested for diameter, color consistency, and mechanical properties, so every spool that ships is right.

High Quality You Can Check Yourself

Quality Reports

Each spool ships with its own production data, including diameter readings along the full length, total weight, and ovality. It's something no other filament maker provides, and it lets you confirm the quality yourself.


Made in the EU and USA

Made in-house.
Never outsourced.

Prusament is made in Prusa's factories in the Czech Republic and Delaware, USA, not farmed out to an unknown supplier. Making it in-house means faster shipping, lower duties where they apply, and full control of the supply chain. No outside factory can quietly switch a raw material, so there are no surprise batch failures from a plant nobody has inspected.

Prusament is made in the EU and USA

Mechanically stressed parts printed in Prusament PC Blend

Mechanically Stressed Parts

Strong, tough, and rigid where it counts

PC Blend is strong, tough, and rigid, which makes mechanically stressed parts the standard use case. It resists impact and wear, stays tough even at low temperatures, and holds its form under load. The best choice for components that take a beating.


High-Temperature Resistant Parts

Keeps its shape in heat up to 113 °C

With heat resistance up to 113 °C, PC Blend handles parts that sit close to motors, electronics, or other heat sources, where PLA or PETG would soften and lose their shape. That makes it a great choice for heat-stressed components, including a printer's own fan shroud, that have to keep working when things get warm.

Heat-resistant part printed in Prusament PC Blend

Functional engineering parts printed in Prusament PC Blend

Functional Engineering Parts

Strong enough to go straight into the machine

Thanks to excellent mechanical resistance and good resistance to creep, PC Blend parts can go straight into production machinery instead of serving only as prototypes. Prusa even runs PC Blend in a part that transmits the full torque of its own compounding line, exactly the kind of sustained, load-bearing duty the material is built for.


Pros & Cons

Pros

Strong, rigid, and impact-resistant
High-temperature resistance up to 113 °C
Good dimensional stability compared with other polycarbonates
Resists creep, so parts keep their shape under sustained load
Styrene-free and a good electrical insulator
Very low moisture absorption
Less warping and layer cracking than conventional polycarbonates

Cons

Large models are prone to warping
Needs high nozzle and heatbed temperatures
Produces a noticeable odor while printing
Requires a separating agent (glue stick) on the print sheet
Best suited to experienced users

Print Preparation

Get the sheet, separating agent, and cooling right

PC Blend isn't abrasive, so a standard 0.4 mm brass nozzle is perfect. The important point is the print surface. Always apply a separating agent first, a thin layer of paper glue stick (such as Kores) on a PEI or powder-coated sheet. PC Blend is the exception that needs glue even on a textured powder-coated sheet; without it, adhesion can be strong enough to damage the sheet.

Large parts can warp as they cool, far less than other polycarbonates, but still enough to lift off the bed. A tall skirt around the model, or better still a printer enclosure, keeps temperatures stable and helps prints stay down. Keep the machine out of cold drafts, and run part cooling low, around 20%.


Redesigned Prusament spool with OpenPrintTag NFC tag

New spools with OpenPrintTag

Smarter spools. Open standard.
No cloud lock-in.

From October 2025, every Prusament spool ships with a redesigned, fully rewritable NFC tag built on the OpenPrintTag standard.

The tag holds the filament's key details and can be read with the Prusa mobile app. It works fully offline, costs nothing to extend, and is open for anyone to build on.

Read more in Prusa's announcement article


Technical Parameters

Print Settings
Nozzle Temperature 275 °C
Heatbed Temperature 110 °C
Recommended Nozzle 0.4 mm brass nozzle
Recommended Steel Sheet Satin
Material & Compatibility
Filament Diameter 1.75 mm (±0.03 mm)
Net Weight 900 g
Temperature Resistance Up to 113 °C / 235 °F
Supported Print Profiles CORE One/+/L, XL, MK4/S, HT90
PRM-PC-175-JETBLACK
10 Items

Specific References

ean13
1780299258007

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