PrimaSELECT™Carbon is the latest generation of high performance material for your 3D Printer. Our PrimaSELECT™Carbon is based on PETG and is reinforced with 20% carbon fibers. This makes for an extremely tough filament that is perfect for printed parts that can be used in the automotive industry, drones and RC parts.
PrimaSELECT™Carbon is the latest generation of high performance material for your 3D Printer. Our PrimaSELECT™Carbon is based on PETG and is reinforced with 20% carbon fibers. This makes for an extremely tough filament that is perfect for printed parts that can be used in the automotive industry, drones and RC parts.
PrimaSELECT™Carbon is a very useful material that has very unique properties. Mixed with small, chopped carbon fiber strands, PrimaSELECT™Carbon filament offers incredible rigidity, structure, and great interlayeradhesion. Due to the fact that there´s a very low risk of warping, PrimaSELECT™Carbon is very easy to print with and has a matt surface when done. The finished prints are very stiff and rigid and are very useful if you need an object with high stiffness to weight ratio. PrimaSELECT™Carbon doesn´t require a heated bed, but if you have one, set it to 35-60˚C to get a really good first layer adhesion.
Our state of the art factory is equipped with the latest in laser measuring technology to ensure that you will receive a spool of filament with a very tight diameter and roundness tolerance. This in turn makes for a filament that is compatible with most common printers on the market today.
Dimensions
Size: | Ø tolerance | Roundness |
---|---|---|
1,75 mm | ±0,05 mm | ≥ 95 % |
2,85 mm | ±0,10 mm | ≥ 95 % |
Physical properties
Description: | Testmethod | Typical value |
---|---|---|
Specific gravity | ASTM D792 | 1,19 g/cc |
MFI (300 °C -1,2 kg) | ISO 1133 | N.D. |
E-modulus 1 mm/min | ISO 527 | 3800 MPa |
Yield stress 50 mm/min | ISO 527 | 52,5 MPa |
Yield strain 50 mm/min | ISO 527 | 4,2 % |
Strain at break 50 min/min | ISO 527 | 8,0 % |
Impact Strength Izod Notched 23°C | ISO 180-1A | 3,8 KJ/m² |
Thermal properties
Description: | Testmethod | Typical value |
---|---|---|
Printing temp. | – | 230-260 °C |
Heat Distortion T. | ASTM D648 | 80 °C |