PC/ABS Filament - 1.75 mm - 0.75 kg
Fiberlogy PC/ABS is a technical filament that combines the strength of polycarbonate (PC) with the printability and durability of ABS. It provides exceptional impact resistance, chemical resistance, and thermal stability up to 110°C, making it suitable for demanding industrial and prototyping applications.
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Product description
Fiberlogy PC/ABS is an advanced 3D printing filament designed for the most demanding projects. The combination of polycarbonate (PC) with acrylonitrile butadiene styrene (ABS) has resulted in a material that offers excellent mechanical and thermal properties, while being easier to print than pure polycarbonate.
Thanks to this unique blend, PC/ABS features very high impact resistance, especially at low temperatures. Prints made from this material maintain their integrity even under harsh conditions, with an HDT (heat deflection temperature) of up to 110°C.
The filament provides excellent layer adhesion, minimizing the risk of cracking and delamination. This allows for the creation of large and complex parts without compromising quality.
PC/ABS is resistant to acids, bases, and salts, making it suitable for use in environments exposed to aggressive substances.
Recommendations and tips
Print settings
- Printing temperature 260-280°C
- Bed temperature 100°C
- Build surface Smooth PEI + adhesive; Textured PEI; Glass + adhesive
- Drying conditions 70°C / 4h
- Enclosure recommended
- Cooling fan 0-25%
RAL/Pantone
Why not HEX?
Providing the color of 3D printing filament in HEX format does not make sense because this notation was created to describe colors displayed on screens (RGB – monitors, TVs, mobile devices). HEX defines a mix of red, green and blue light, meaning a digital color. With filaments, however, we deal with a physical material. The same filament may look different in various photos and HEX cannot accurately represent the actual appearance of the material.
Much better references are color systems used in printing and industry, such as RAL or Pantone, which are based on real samples and allow for comparison of colors in physical reality.
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