Filament Spectrum Nylon PA6 Low Warp 1.75mm Naturalural 0.5kg

19.90 €

Filament Spectrum Nylon PA6 Low Warp 1.75mm Naturalural 0.5kg

The Spectrum filament is designed as a refill for 3D printers. It's designed to have the ideal parameters for the perfect shaping of every minute detail. You are sure to appreciate its long endurance and the absence of the unpleasant smell typical of such filaments. The Beige colour of this 3D printer filament will stay vivid for a long time. Its weight is equal to about 0,5 kg. The elasticity value of the Filament Spectrum Nylon PA6 Low Warp 1.75mm Naturalural 0.5kg is 3 - medium. The nozzle temperature may reach 280 °C during the printing process. The temperature of the pad should be 100 °C. The Spectrum filament is made out of Nylon. Nylon is suitable for the printing of technical parts thanks to its high durability. We recommend keeping the fiber completely dry. The diameter of the filament is 1,75 mm. The diameter's tolerance is 0,03 mm.

Filament Spectrum Nylon PA6 Low Warp 1.75mm Naturalural 0.5kg Filament Key Features

  • Recommended print speeds with this filament are from 30 to 70 mm/s
  • Beige printing filament from Spectrum for 3D printing
  • Filament length: 180 m
  • Filament is made using Nylon
  • No unpleasant smells and extremely low bubble formation
  • Diameter of 1,75 mm is ideal for printing small and light objects
  • Total weight of the packaging is 0,5 kg

Specifications

Colour

Colour Beige

Material

Material Nylon

Dimensions

String diameter 1.75 mm
Roll length 180 m

Weight

Weight 0.5 kg

Features

Min. nozzle temperature 250 °C
Max. Nozzle Temperature 280 °C
Min. bed temperature 85 °C
Max. bed temperature 100 °C
Flex 3 - medium
Minimum recommended print speed 30 mm/s
Maximum recommended print speed 70 mm/s
Maximum recommended print speed Up to 150 mm/s
Features Drybox recommended, Recommended to print with the printer covered

Number of pcs per pack

Number of pieces in package 1 pc(s)
Code:  DF617k153
Warranty: 24 months
Links: Producer's Website: