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Ice9 Flex is a TPE-based thermally conductive filament that is semi-flexible. The filament is electrically non-insulating and has a thermal conductivity of 8 W/m-K in the print direction. This filament is ideal for heat sinks, liquid cooling, and the most demanding thermal applications. Ice9 Flex works best with FDM printers that print flexible filaments. Product Datasheet Download Printing Guide Download -
Ice9 Aero is a PEKK based thermally conductive filament with temperature stability above 250°C. The filament is electrically non-insulating and has a thermal conductivity of 2 W/m-K in the print direction. This filament is ideal for mold tooling and any applications requiring high strength and temperature stability. Ice9 Aero requires a high temperature printer with a hot end temperature 400°C. NOW ACCEPTING PRE-ORDERS FOR SHIPPING IN MID JULY. Product Datasheet Download
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Ice9 Rigid is a nylon based thermally conductive filament with temperature stability above 150°C. The filament is electrically non-insulating and has a thermal conductivity of 4 W/m-K in the print direction. This filament is ideal for mold tooling and any applications requiring high thermal conductivity, stiffness and temperature stability. Ice9 Rigid works well with most standard FDM printers (with nozzles that can achieve at least 260°C print temperature). Product Datasheet Download Printing Guide Download
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E-insulating Ice9 is a TPE-based thermally conductive filament that is semi-flexible. The filament is electrically insulating and has a thermal conductivity of 4 W/m-K in the print direction. Use this material when you need to remove heat but must maintain electrical isolation or RF transparency. E-insulating Ice9 works best with FDM printers that print flexible filaments. Product Datasheet Download Printing Guide Download -
High performance 3D printed heat sinks with base dimensions of 100x100 mm and variable fin height. Standard fin spacing is 6 mm with 13 total fins and thermal resistance of 2.2 °C/W under natural convection (no airflow). -
High performance electrically insulating 3D printed heatsinks -
Our mechanical and thermal engineers are available to assist with product design, testing and 3D CAD that is optimized for 3D printing.
