Material: The filament is made of Acrylonitrile Butadiene Styrene (ABS), which is a common thermoplastic polymer used in a wide range of applications. Diameter: The filament has a diameter of 1.75mm, which is a common size for 3D printing filaments. Weight: The filament comes in a 1kg spool, which is a standard weight for 3D printing filaments. Color: FL GREEN
High Durability Flexible Higher Temperature Resistance Prints smoother & smoother printed objects Tougher and stronger Less warping (about 0.4% compared to over 8% in regular ABS)
Material: The filament is made of Acrylonitrile Butadiene Styrene (ABS+), which is a common thermoplastic polymer used in a wide range of applications. Diameter: The filament has a diameter of 1.75mm, which is a common size for 3D printing filaments. Weight: The filament comes in a 1kg spool, which is a standard weight for 3D printing filaments. Color: RED
High Durability Flexible Higher Temperature Resistance Prints smoother & smoother printed objects Tougher and stronger Less warping (about 0.4% compared to over 8% in regular ABS)
The appearance is black, non-transparent. Non-toxic, tough, hard texture, with good temperature tolerance and creep resistance. Good melt fluidity, print smooth, nice abrasive resistance and dimensional stability, oil resistance.
The appearance is White, non-transparent. Non-toxic, tough, hard texture, with good temperature tolerance and creep resistance. Good melt fluidity, print smooth, nice abrasive resistance and dimensional stability, oil resistance.
Good flow properties Diameter tolerances of ? 0.1mm checked with laser monitor Smooth surface with even rounding Lower melting temperature Compatible with almost all 1.75mm FDM printers Easy to use
Good flow properties Diameter tolerances of ? 0.1mm checked with laser monitor Smooth surface with even rounding Lower melting temperature Compatible with almost all 1.75mm FDM printers Easy to use
Higher-strength, lower shrinkage, and smoother finish than ABS & PLA Combines good strength with ductility, making it a good, tough material for mechanical parts Good chemical resistance Often features a nice, translucent finish Contains UV absorber Good hydrophobicity (doesn??t absorb water easily), good for high humidity storage & usage
Higher-strength, lower shrinkage, and smoother finish than ABS & PLA Combines good strength with ductility, making it a good, tough material for mechanical parts Good chemical resistance Often features a nice, translucent finish Contains UV absorber Good hydrophobicity (doesn??t absorb water easily), good for high humidity storage & usage
Higher-strength, lower shrinkage, and smoother finish than ABS & PLA Combines good strength with ductility, making it a good, tough material for mechanical parts Good chemical resistance Often features a nice, translucent finish Contains UV absorber Good hydrophobicity (doesn??t absorb water easily), good for high humidity storage & usage
Higher-strength, lower shrinkage, and smoother finish than ABS & PLA Combines good strength with ductility, making it a good, tough material for mechanical parts Good chemical resistance Often features a nice, translucent finish Contains UV absorber Good hydrophobicity (doesn??t absorb water easily), good for high humidity storage & usage
Consistently High Quality 10 times stronger than regular PLA on the market Deliver exceptional performance Made from great, high-performance materials Ready to print on any open source desktop or industrial printer
Consistently High Quality 10 times stronger than regular PLA on the market Deliver exceptional performance Made from great, high-performance materials Ready to print on any open source desktop or industrial printer
Consistently High Quality 10 times stronger than regular PLA on the market Deliver exceptional performance Made from great, high-performance materials Ready to print on any open source desktop or industrial printer
Consistently High Quality 10 times stronger than regular PLA on the market Deliver exceptional performance Made from great, high-performance materials Ready to print on any open-source desktop or industrial printer
Consistently High Quality 10 times stronger than regular PLA on the market Deliver exceptional performance Made from great, high-performance materials Ready to print on any open source desktop or industrial printer
Consistently High Quality 10 times stronger than regular PLA on the market Deliver exceptional performance Made from great, high-performance materials Ready to print on any open-source desktop or industrial printer
Consistently High Quality 10 times stronger than regular PLA on the market Deliver exceptional performance Made from great, high-performance materials Ready to print on any open source desktop or industrial printer