Filament Spectrum PA6 Low Warp GF30 1.75mm BK 0.50kg

Filament Spectrum PA6 Low Warp GF30 1.75mm BK 0.50kg


Spectrum

Spectrum PA6 GF30 is another in the series of composite materials based on technical nylon – PA6. This time, we have opted for a glass fiber fill, which is successfully used as an additive to modify the properties of plastics. More

Product code: spe_0774 Transport and payment options

Spectrum

Spectrum PA6 GF30 is another in the series of composite materials based on technical nylon – PA6. This time, we have opted for a glass fiber fill, which is successfully used as an additive to modify the properties of plastics. More

Product code: spe_0774 Transport and payment options

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Spectrum PA6 Low Warp GF30 Filament

Thermally stabilized copolyamide reinforced with 30% glass fibers

Spectrum PA6 GF30 is another in a series of composite materials based on technical nylon – PA6. This time we opted for glass fiber filling, which is successfully used as an additive to modify the properties of plastics. The use of this type of filler is primarily aimed at mechanical refinement in terms of tensile and compressive strength.

When choosing the composition of the composite, we wanted to fully exploit the potential of glass fibers as a performance-enhancing additive, and therefore we opted for an uncompromising blend with their 30% share. As with all our composites of polymers and glass, we used a functionalized version of the fibers with less aggressive geometry, which reduces the degradation of the printer nozzle.

Spectrum PA6 GF30 is a filament for users who primarily require high mechanical performance, high hardness, and thermal resistance from their models. Due to the high fiber content, it is a filament with very low shrinkage during processing. It is worth mentioning that in terms of thermal resistance, the Spectrum PA6 GF30 filament is on par with the HDT - 180 °C (0.45 MPa) version filled with carbon fibers, which places it at the forefront among materials intended for desktop 3D printers in this regard.

Advantages

  • high mechanical properties and abrasion resistance
  • excellent chemical resistance
  • Thermal resistance HDT - 180 °C (0.45 MPa)
  • possibility of printing on desktop printers without a heated chamber
  • matte, carbonized print surface
  • ideal layer bonding

Applications:

  • functional prototypes
  • manufacturing equipment
  • working parts of devices and machines – rotors, gears
  • guides, gear racks, guide rollers
  • production of protective rings and plates with increased resistance to chemicals and corrosion

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