Kayf3D3D MATERIALS
PC
Kayf3D · Engineering Filaments

PC

Kayf3D PC is a high-toughness, high-strength, and heat-resistant engineering plastic with excellent impact resistance.

Individual pricing on request

Nozzle temperature260-280℃/≤150mm/s
Bed temperature100-110℃
Diameter1.75mm · 2.85mm · 3.00mm
HDT101 °C

Key features

Excellent toughness, printed models are resistant to drops and impacts
01

Excellent toughness, printed models are resistant to drops and impacts

This filament offers excellent toughness, allowing printed models to effectively withstand drops, impacts, and compression during daily use without easily cracking or breaking. Whether for functional parts, mechanical components, children’s models, or educational projects, it maintains structural integrity and reliability, extending the service life and durability of printed parts while providing users with a more reliable printing experience.

High impact strength and toughness, suitable for manufacturing load-bearing parts
02

High impact strength and toughness, suitable for manufacturing load-bearing parts

In addition to outstanding toughness, this material provides high impact strength, enabling printed parts to withstand certain loads and pressures. It is suitable for manufacturing load-bearing structures, support components, and functional parts. Whether used for household devices, industrial prototypes, or mechanical components, it ensures structural stability, reduces breakage and failed prints caused by mechanical stress, and improves practical value and reliability.

Low shrinkage rate with high dimensional accuracy
03

Low shrinkage rate with high dimensional accuracy

With optimized formulation and precise processing control, this filament features low shrinkage and excellent dimensional stability. Even for large-scale or complex models, it maintains high accuracy and consistency while reducing warping and cracking issues. Users can easily achieve smooth and precise prints, improve printing success rates, save material and time costs, and meet applications requiring high precision.

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

Each spool of filament is strictly controlled within a 1.75±0.02mm diameter tolerance range, ensuring uniform and stable filament quality. The precise diameter control not only ensures 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. This precision manufacturing allows the filament to be compatible with most FDM printers, providing a stable, efficient, and reliable printing experience.

Compatible with 99% of FDM 3D printers on the market
05

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

This filament has been extensively tested for compatibility with most FDM 3D printers on the market, including desktop models and popular open-source machines. Users can enjoy plug-and-play printing without complicated calibration, ensuring stable and smooth printing every time. High compatibility reduces material selection risks, saves adjustment and trial-and-error time, and makes printing tasks more efficient and successful.

Specifications

Mechanical properties

Tensile strength, MPa
50±3
Flexural strength, MPa
75±3
Notched Izod impact strength, kJ/m²
35±5
Elongation at break, %
25±3
Shore hardness, HA/HD
80D

Physical properties

Density, g/cm³
1.15
Melt flow index, g/10 min
15±5
Shrinkage, %
\
Heat deflection temperature, ℃
101±2
Vicat softening temperature, ℃
\

Print settings

Nozzle temperature & print speed
260-280℃/≤150mm/s
Bed temperature
100-110℃
Retraction distance
0.8-1.2mm
Retraction speed
30-40mm/s

Print settings

Nozzle temperature260-280℃/≤150mm/s
Bed temperature100-110℃
Retraction0.8-1.2mm · 30-40mm/s

Documents

TDS SDS RoHS Reach
PC — Kayf3D filament · Kayf3D