Kayf3D3D MATERIALS
PA6-CF
Kayf3D · Engineering Filaments

PA6-CF

Kayf3D PA6-CF is a high-strength and high-rigidity material with excellent heat resistance and dimensional stability, making it suitable for printing high-strength engineering parts.

Individual pricing on request

Nozzle temperature270-290℃/50-100mm/s
Bed temperature50-70℃
Diameter1.75mm · 2.85mm · 3.00mm
HDT203 °C

Key features

Contains 20% carbon fiber, offering high stiffness and strength, suitable for printing high-strength parts.
01

Contains 20% carbon fiber, offering high stiffness and strength, suitable for printing high-strength parts.

This filament is reinforced with 20% high-strength carbon fiber, significantly improving the stiffness and strength of printed parts compared with conventional PLA or ABS materials. It is especially suitable for functional components requiring high load capacity or mechanical stress resistance, such as gears, structural supports, and tool accessories. The addition of carbon fiber enhances material performance while maintaining controllable printing characteristics, allowing users to easily achieve high-strength and highly reliable prints for industrial and professional applications.

High toughness, excellent impact resistance and vibration resistance.
02

High toughness, excellent impact resistance and vibration resistance.

The material features outstanding toughness and impact resistance. Even when printed parts experience impacts, compression, or minor drops during use, they can maintain structural integrity and resist breakage. Whether used for functional components, mechanical structures, or models subjected to daily loads, it provides reliable durability. This high toughness makes printed parts more stable in practical applications, reduces material waste, and enhances user confidence and experience.

Heat deflection temperature of 209°C, maintaining excellent stability in high-temperature environments.
03

Heat deflection temperature of 209°C, maintaining excellent stability in high-temperature environments.

With a heat deflection temperature of up to 209°C, printed parts can maintain their dimensions and structural stability even under high-temperature conditions. Whether used for functional components in hot working environments or mechanical parts exposed to continuous heat sources, the material ensures reliable performance without significant temperature-related deformation. This excellent thermal stability expands application possibilities and guarantees durability under demanding conditions.

Compatible with 99% of FDM 3D printers on the market.
04

Compatible with 99% of FDM 3D printers on the market.

This filament has been extensively tested for compatibility with most FDM 3D printers available on the market, including desktop models and mainstream open-source machines. Users can enjoy a smooth plug-and-play printing experience without complicated calibration. The high compatibility saves adjustment and trial-and-error time, reduces material selection risks, and ensures stable, efficient, and highly successful printing performance while greatly improving the overall user experience.

Specifications

Mechanical properties

Tensile strength, MPa
112±10
Flexural strength, MPa
192±20
Notched Izod impact strength, kJ/m²
6.5±2
Elongation at break, %
12±3
Shore hardness, HA/HD
80

Physical properties

Density, g/cm³
1.12
Melt flow index, g/10 min
16.5±3
Shrinkage, %
\
Heat deflection temperature, ℃
203±3
Vicat softening temperature, ℃
\

Print settings

Nozzle temperature & print speed
270-290℃/50-100mm/s
Bed temperature
50-70℃
Retraction distance
0.8-1.2mm
Retraction speed
30-40mm/s

Print settings

Nozzle temperature270-290℃/50-100mm/s
Bed temperature50-70℃
Retraction0.8-1.2mm · 30-40mm/s

Documents

TDS SDS RoHS Reach
PA6-CF — Kayf3D filament · Kayf3D