Kayf3D3D MATERIALS
PC-ABS
Kayf3D · Engineering Filaments

PC-ABS

Kayf3D PC-ABS is a high-performance composite material that combines the strength of PC with the characteristics of ABS, offering excellent durability, heat resistance, toughness, and processing stability.

Individual pricing on request

Nozzle temperature260-280℃/≤230mm/s
Bed temperature100-110℃
Diameter1.75mm · 2.85mm · 3.00mm
HDT102 °C

Key features

Heat deflection temperature of 102°C, with excellent thermal stability
01

Heat deflection temperature of 102°C, with excellent thermal stability

This filament features a heat deflection temperature of 102°C, allowing printed parts to maintain excellent structural and dimensional stability even in relatively high-temperature environments. Whether used for functional parts, mechanical components, or office and household equipment components requiring heat resistance, printed models remain stable during use and are less prone to deformation or warping. Its excellent thermal stability expands application possibilities and ensures reliable performance in both daily and industrial environments.

High toughness, suitable for printing pressure-resistant and impact-resistant parts
02

High toughness, suitable for printing pressure-resistant and impact-resistant parts

The material itself offers outstanding toughness and can effectively absorb impact forces, preventing printed parts from breaking under external stress. Whether used for load-bearing components, mechanical supports, or functional models requiring impact resistance, it maintains structural integrity and service life. The high toughness provides stronger and more reliable performance in practical applications, reducing the risk of print failures or damage and delivering a more dependable user experience.

1.75±0.02mm filament diameter, with excellent equipment compatibility
03

1.75±0.02mm filament diameter, with excellent equipment compatibility

The filament is precisely controlled within a 1.75±0.02mm diameter tolerance range, ensuring consistent and uniform filament quality throughout the spool. High-precision diameter control not only guarantees smooth feeding through the hotend nozzle and reduces the risk of clogging and filament breakage, but also improves dimensional accuracy and surface finish of printed parts. Stable diameter tolerance enables compatibility with most FDM printers, allowing users to complete various printing tasks easily with high-quality and predictable results.

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 comprehensively tested for compatibility with most FDM 3D printers on the market, including desktop models and mainstream open-source machines. Users can enjoy a smooth plug-and-play printing experience without complicated calibration. High compatibility not only saves adjustment and trial-and-error time but also reduces material selection risks, ensuring stable, efficient, and highly successful printing performance for every project.

Specifications

Mechanical properties

Tensile strength, MPa
38±3
Flexural strength, MPa
70±3
Notched Izod impact strength, kJ/m²
15±3
Elongation at break, %
8±2
Shore hardness, HA/HD
80D

Physical properties

Density, g/cm³
1.081
Melt flow index, g/10 min
22±5
Shrinkage, %
\
Heat deflection temperature, ℃
102±2
Vicat softening temperature, ℃
\

Print settings

Nozzle temperature & print speed
260-280℃/≤230mm/s
Bed temperature
100-110℃
Retraction distance
0.8-1.2mm
Retraction speed
30-40mm/s

Print settings

Nozzle temperature260-280℃/≤230mm/s
Bed temperature100-110℃
Retraction0.8-1.2mm · 30-40mm/s

Documents

TDS SDS RoHS Reach
PC-ABS — Kayf3D filament · Kayf3D