Slice Engineering Accessories Slice Engineering Boron Nitride Paste

Slice Engineering Boron Nitride Paste

  • Vendor
    Slice Engineering
    Sale price
    $15.99
    Regular price
    $22.99 You save 30%
    Unit price
    per 
    5% off and Free Shipping | Coupon Code: 3DPSALE | Ends:

    Availability:

    Estimated Arrival: Between Oct 28 and Nov 03. *ETA to USA Only

    Shipping & Returns: Free Shipping U.S.A wide for All Orders Over $199!

    Why Buy From 3D Printernational
    • Thermal paste for improving conduction

    • Acts as a release agent

    • Unlike anti-seize compounds, Boron Nitride is not electrically conductive, which eliminates the risk of shorting out your heater cartridge or thermistor

    • Use the included applicator to coat the cartridge heater hole in your 3d printer heat block. Insert the cartridge heater while the paste is still wet, then let dry. The boron nitride boosts the dissipation of heat from the hot section of the cartridge heater, improving its life.

    • Retails in 5 cc syringes with luer lock fittings.

    • Stable to 850 °C in air, 1800 °C in a vacuum. SDS Available HERE

    Boron Nitride is so effective, that NASA is experimenting with it in high-temperature applications on their spacecraft for the first manned mission to Mars.

    How is this related to 3D printing you may ask?

    Well, this paste elevates heat conduction between components, ensuring that your printer is working at maximum capacity — giving your hot block the even heat distribution it needs to deliver the highest quality print in the shortest amount of time. Also, unlike anti-seize compounds, Boron Nitride is not electrically conductive, which eliminates the risk of shorting out your heater cartridge or thermistor.

    The boron nitride particles in our compound are in an aqueous suspension. Once it’s heated, the liquid portion of the suspension evaporates, leaving behind a crumbly, clay-like paste. This paste has a tightly packed crystalline microstructure and is extremely conductive (31.4 W/mK at 100 °C).

    Those properties make it an ideal candidate for NASA, and an ideal candidate for your printer.

    Bring a little space technology to your printer, and get better heat conduction.


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    QUESTIONS & ANSWERS

    Ask a Question
    • Would this work well for a loose nozzle, or does it lock it into place?

      Yes, this works well with any type of nozzle.