Nanovia PA-6 CF engrenageNanovia PA-6 CF porte ecranNanovia PA 6 carbon fibre reinforced 3D printer filament3D printed pump housing using the Lynxter S600D multi material printer and Nanovia PA-6 CF filament
Nanovia PA-6 CF carbon fiber reinforced polyamide
Nanovia PA-6 CF engrenage
Nanovia PA-6 CF porte ecran
Nanovia PA 6 carbon fibre reinforced 3D printer filament
3D printed pump housing using the Lynxter S600D multi material printer and Nanovia PA-6 CF filament

Nanovia PA-6 CF : Carbon fibre reinforced

Nanovia PA-6 CF is a carbon fibre reinforced polyamide filament, that combines mechanical, thermal, and chemical resistance. Widely used for industrial applications for its slow and progressive failure when overloaded.

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Description

Properties

3D Printing

Extrusion T°240 – 260 °C
Plate T°80 – 100 °C
Enclosure T°90 °C
Nozzle0.5 mm
Printing speed20 – 80 mm/s
Absorption d’humidité0.5 % (ISO 62)
Linear Weight (g/m)2.83 @ Ø 1.75 mm
7.51 @ Ø 2.85 mm
ColourBlack

Mechanical Properties

Density1.18 g/cm3 (ISO 1183)

Thermal Properties

VICAT 190 °C (ISO 306 – 50°C/h – 50N)
HDT – A50 °C (ISO 75 1.80 MPa MN/m2)
HDT – B140 °C (ISO 75 0.45 MPa MN/m2)
FlamabilityHB UL 94 @ 0.8 mm
Fusion temperature205 °C (DSC – ISO 11357-1)

Documentation

Download the technical chart Download the security chart

Nanovia PA-6 CF, thanks to its added carbon fibres which reduce the amount of warping during the printing process, is printable at higher speeds at with more ease than native polyamide (also known as nylon). This FDM filament is ideal for mechanical parts which require shock absorbing capabilities and good thermal resistance up to 100 °C.

Nanovia PA-6 CF notably is used in the automotive industry for functional prototypes and mechanical components such as hinges and cogs.

Advantages:

  • Heat resistant
  • Chemical resistance
  • Shock absorption
  • Speed and ease of printing

Application recommendations

Polyamide is a semi-crystalline polymer, and is sensitive to humidity and oxidation due to its polar groups at high temperatures. Both mechanical and dimensional properties can be affected by the storage and printing conditions.

Storage

  • Store Nanovia PA-6 CF in a dry and dark location, if possible with a desiccant.
  • In order to guarantee good printing conditions dehydrate Nanovia PA-6 CF at 60 °C for 4 hours or longer, when the spools has been exposed to moisture for an extended period.

Printing

  • Extrusion temperature : between 240 and 260 °C
  • Heated bed temperature : between 80 and 100 °C
  • Enclosure temperature : 90 °C
  • In order to protect your equipment we recommend using a nozzle adapted for abrasive materials.

Health and safety

Printing

  • We recommend printing Nanovia PA-6 CF in a room equipped with air extraction or by using appropriate breathing equipment

Post treatment

  • We recommend wearing standard safety equipment during the post treatment of your prints made with Nanovia PA-6 CF.

Certifications

  • Certification RoHS Nanovia PA-6 CF : Nanovia PA-6 CF certified RoHS

Packaging

Spools are packed in individual boxes, sous-vide with desiccant. Spools are equipped with both a material traciblity and a production series number.

Other sizes available up to 25kg on demand.

SpoolL1L2D1D2D3Weight
500g53462009052182 g
2kg928930017530668 g
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Exemple provided by Lynxter, multi material 3D printers.

Additional information

fibre

carbon

Max temperature

80 °C, 55 °C