Filament Spectrum PA6 Neat 1.75mm BK 0.75kg

Product detailed description

High temperature polyamide

Filament Spectrum PA6 Neat BK is a new high temperature PA6 based construction material in black. The main feature of PA6 Neat is its increased mechanical strength compared to other plastics. The material is also characterized by exceptional thermal properties, chemical resistance to oils and lubricants, relatively high resistance to corrosion stimulants and good electrical insulation properties compared to unmodified PA6 or PA66.

Parts made from Spectrum PA6 Neat BK allow for long-term operation at elevated temperatures up to 120°C (20,000h) and up to 160°C short-term (max. 200h) while maintaining sufficient mechanical properties. PA6 Neat filament is characterized by low linear shrinkage during processing (0.3%) and reduced water absorption (<0.3%, 23 °C/24 h). The above features make it an excellent filament for professional users to create solid prints.

In order to achieve the very attractive technical properties of PA6 Neat BK, the basic rules of storage of these materials (dry and dark with humidity below 15%) must be observed. To achieve the best possible printed object parameters, it is recommended to dry the material before processing.

Tip: It is recommended to print using a heated chamber.

Key features:

low linear shrinkage during processing (0.3%)
high temperature up to 160°C for short-term operation (max. 200h)
high temperature up to 120°C for long term operation (20 000 h)
thermal deformation temperature - HDT A 90°C (ISO 75)
water absorption below 0.3% (23°C/24h)
high creep resistance
good tribological properties, including dry friction conditions such as plain bearing
chemical resistance to lubricants and oils
App:

production of gears and racks, plain bearings, gears and guide pulleys operated at elevated temperatures up to 120°C in the long term and up to 160°C in the short term
all types of ring and plate seals with increased chemical and corrosion resistance
end use parts
tools
functional prototyping
industrial modeling