GreenTEC Pro Carbon - Traffic Black RAL 9017, 800 grams filament

GreenTEC Pro Carbon is a light weight, professional- and biodegradable filament for engineering applications!

Carbon fibers

By adding carbon fibres, the material is stiffer, harder and lighter than regular GreenTec Pro. This filament is also UV-resistant like ASA.

Heat resistant up to 165°C!

The exceptional heat resistance (up to 165°C) makes this filament particularly well suited for products with high quality requirements.

Easy to 3D print

GreenTEC Pro prints easily because it hardly shrinks and does not give off toxic fumes or unpleasant odors during printing. Due to the chic matte print surface, hardly any print layers are visible.

Excellent mechanical properties

GreenTEC Pro is particularly tough and has excellent tensile and bending strength. The impact resistance is very good due to the flexibility/flexibility. GreenTEC Pro is versatile and extremely suitable for printing functional 3D objects.

Biodegradable and Environmental

GreenTEC Pro is biodegradable according to the DIN EN ISO 14855 standard, is food safe and approved by the FDA.

> Data sheet GreenTEC Pro Carbon

> Safety data sheet GreenTEC Pro Carbon

> RIS GreenTEC Pro

> Chemical Resistance Information Sheet

> Additive Information sheet

Printing with GreenTEC Pro CARBON:

• Working Temperature: 225 - 250°C
• Heated bed: 60 - 70°C
• Print speed: 40 - 60mm/sec.
• Part cooling fan: 20 - 50%
• Bed attachment: Not necessary
• Diameter: 1.75 / 2.85mm
• Weight: 800 grams

Features GreenTEC Pro CARBON:

• *Use a hardened steel nozzle for carbon filament to prevent rapid wear
• Made from bio raw materials + carbon
• Heat resistant up to 165°C VICAT A / 115°C HDT/B*
• UV resistant as ASA and PETG
• Strong, light and very stiff due to the addition of carbon fibres
• Good impact resistance
• Excellent mechanical properties
• Stylish matte print surface
• Food safe
• Biodegradable according to DIN EN ISO 14855 standard
• FDA approved

Extrudr supplies quality filament where each type has superior properties than the regular filament types.