Feature
●PA12 K7CF is a matrix PA12 carbon fiber reinforced nylon material. Not only does it have low water absorption rate, but it also greatly improves strength, rigidity and load deflection temperature
●PREMIUM PA12 FIAMENTS: PA12 3D filament has the advantage of low shrinkage and high purity with excellent layer bonding to meet the demands of a variety of printing projects. Made of environmentally friendly natural materials
●High Print Quality: Minimum tolerance and low warping to ensure consistent paper feed and smoothing printing. No clogs, tangles, no bubbles, providing excellent surface finish and precision printed parts
●Dimensional accuracy and consistency: Advanced CCD diameter measurement and self-adapting control system in manufacturing ensures strict tolerances Diameter 1.75mm, Dimensional Accuracy + /-0.03mm, No Exaggeration. 1 kg spool (2.2 lbs)
●We recommend using PA12K7CF prints for oil-proof, abrasion-resistant or lightweight components that require higher strength such as gears, sports equipment, bicycles, car rods and shells
[black 0.5kg]
Description
Function Introduction:
PA12 K7CF is a matrix PA12 carbon fiber reinforced nylon material. Not only does it have low water absorption rate, but it also greatly improves strength, rigidity and load deflection temperature. No special printer required. Commonly used printers with platform heating can do this. Printing this high performance material makes it easy to get a variety of high-strength nylon parts. We recommend using a printed nozzle with wear-resistant material. We also recommend a nozzle with a diameter of 0.02 inches (0.6
Specifications
Size: 1.75mm, 2.85mm
Wire Diameter Tolerance: ±0.03mm
Net Weight: 0.5kg / 1kg
Printing Temperature: 350 - 380 °F (250 - 280 °C)
Platform Temperature: 154 - 202°F (70 - 100°C).
Printing Speed: 1.6 - 3.1 inches (40 - 80 mm) / s
Cooling Fan:Off
Recommended Applications:
PA12 K7CF prints are recommended for use on bikes and car gear, sports equipment, rods and shells that require a higher strength in oil resistance, abrasion resistance or reduced weight.
Instructions for use
It is recommended that you dry it for more than 6 hours at 95-120 degrees Celsius before use or for long time reuse.
We recommend using a nozzle with a diameter of 0.02 inches (0.6 mm).