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    Prusament PC Blend Jet Black 900g (NFC) spool — side view on white, OpenPrintTag compatible (official manufacturer image)

    Prusament PC Blend Jet Black 900g (NFC)

    Prusament PC Blend Jet Black 900g (NFC) spool — side view on white, OpenPrintTag compatible (official manufacturer image)
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    Prusament PC Blend Jet Black 900g (NFC)

    €53.26
    €44.02 excl. VAT
    Prusament PC Blend Jet Black 900g (NFC) is a premium polycarbonate filament from Prusa Research for very strong, tough, and temperature-resistant functional parts. Thanks to high temperature resistance up to 113 °C, excellent dimensional stability, and minimal moisture absorption, it is ideal for mechanically and thermally stressed components, jigs, brackets, covers, and production parts. The new spool with an integrated NFC tag (OpenPrintTag) allows for easy material identification directly by the printer or mobile application.
    Availability:On backorder

    €53.26

    On backorder
    Product code:8594173675322
    Category:Filament, PC
    Manufacturer:Průša

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    Product Description

    Prusament PC Blend Jet Black 900g (NFC) is an advanced polycarbonate (PC) filament manufactured directly by Prusa Research on their own lines with very strict quality control. This material is primarily intended for functional, mechanically and thermally stressed parts where high strength, toughness, stiffness, and dimensional stability are required. PC Blend combines the advantages of classic polycarbonate with better printability – it has a lower tendency to warp and crack in layers than common PC, while maintaining temperature resistance up to approx. 113 °C. The Jet Black variant offers a deep, rich black shade suitable for technical parts, design prototypes, and final products.

    NFC Spool – OpenPrintTag

    This new generation of Prusament is wound on a redesigned spool with an integrated NFC tag according to the OpenPrintTag standard. The tag is:
    • fully rewritable and works completely offline,
    • stored material data can be read directly by the printer or the Prusa mobile application,
    • an open standard – compatible with various brands and ecosystems.
    This allows for immediate identification of material, type, color, and parameters directly during printing, which simplifies work in workshops, companies, and makerspaces.

    Key Features

    • Polycarbonate filament (PC Blend) for functional and highly stressed parts
    • High temperature resistance up to approx. 113 °C – suitable for parts near motors, electronics, or in warmer environments
    • Very high strength, toughness, and stiffness – resistance to impact and wear
    • Excellent dimensional stability compared to common PC – less warping, layer cracking is rather exceptional
    • Low moisture absorption – frequent drying is not necessary, the material is only minimally hygroscopic
    • Good electrical insulation properties – suitable for various electronics brackets and covers
    • Styrene-free – less problematic emissions compared to ASA/ABS
    • Diameter precision ±0.03 mm – stable extrusion and quality surface
    • NFC (OpenPrintTag) on the spool – fast material identification without the cloud

    Typical Use

    Prusament PC Blend is ideal for:
    • Functional prototypes and final parts in small-scale production
    • Mechanically stressed components – brackets, levers, jigs, clamps, hinges
    • Thermally stressed parts – covers near motors, fans, heat sources
    • Parts for industrial and production lines – jigs, stops, templates
    • Technical components in automotive and engineering environments
    It is not suitable as a "first" filament for beginners – it requires an experienced user and a printer with a heated bed (ideally an enclosure as well).

    Recommended Print Settings

    Temperatures

    • Nozzle temperature: 275 ± 10 °C
    • Bed temperature: 110 ± 10 °C

    Print Bed

    • Recommended surface: Satin steel sheet / PEI (for smooth and textured sheets, it is recommended to use a separation layer – e.g., glue stick)

    Cooling and Environment

    • Part cooling: partial, approx. 20% (depending on model geometry)
    • Recommended: printing in a closed space / enclosure or at least with a higher ambient temperature to limit warping
    • Bonding / adhesion: for large models, it is recommended to use glue, a brim, or a higher skirt to increase adhesion and reduce warp

    Printing Tips

    • Before printing, check that the printer reliably reaches the required temperatures (nozzle ~275 °C, bed ~110 °C).
    • For larger objects, use an enclosure and a brim or high skirt to minimize warping.
    • Ensure good ventilation of the room – slight odors may be released during printing.
    • For maximum part strength, orient components so that the layer direction stresses critical points as little as possible.

    Material Technical Parameters (General for Prusament PC Blend)

    • Material: Polycarbonate blend (PC Blend)
    • Temperature resistance: up to approx. 113 °C
    • Filament diameter: 1.75 mm
    • Diameter tolerance: ±0.03 mm
    • Recommended print speed: medium to higher (depending on printer and geometry)
    • Hygroscopicity: very low, regular drying is not necessary
    • Electrical properties: good electrical insulator
    • Color: Jet Black
    • Winding: precisely and evenly wound filament on a solid plastic spool with an NFC tag (OpenPrintTag)

    Who Prusament PC Blend Jet Black is suitable for

    • Experienced users and professionals who need reliable functional parts instead of just visual prototypes
    • Companies and workshops that require repeatable quality and fast material identification using NFC
    • Users of Original Prusa printers, but also other FFF/FDM printers with a heated bed and sufficiently powerful hotend
    This filament represents an excellent compromise between printability and top-tier mechanical and thermal properties, making it suitable as a next step after mastering materials like PETG or ASA.

    Key Features:

    • Premium PC Blend polycarbonate filament from Prusa Research for functional and highly stressed parts
    • High material temperature resistance up to approx. 113 °C, suitable for parts in warmer environments
    • Very high strength, toughness, and stiffness, excellent resistance to impact and wear
    • Better dimensional stability and less warping than common PC filaments
    • Low moisture absorption – usually not necessary to dry before printing, easier storage
    • Good electrical insulation properties, suitable for electronics covers and brackets
    • Highly accurate 1.75 mm diameter with ±0.03 mm tolerance for stable and quality printing
    • New spool with NFC tag (OpenPrintTag) allowing fast and offline material identification
    • Ideal for experienced users and professional deployment in workshops and small-scale production