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Natural - Spectrum PA6 GK10 Filament - 1.75mm, 0.75kg

Natural - Spectrum PA6 GK10 Filament - 1.75mm, 0.75kg

Prix habituel $114.74
Prix habituel $134.99 Prix promotionnel $114.74
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Precision and Strength with Glass Fiber Reinforced Nylon Spectrum PA6 GK10 Filament Natural is a high-performance engineering material designed for strength, rigidity, and dimensional stability. Reinforced with 10% glass fiber,...

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SKU: 67bbc239e8e38
Distributeur: Spectrum Filaments
Taper: Filament
  • Tempe9rature maximale de fonctionnement jusqu'e0 160b0C (max. 200h)
  • Absorption d'eau infe9rieure e0 0,3% (23b0C / 24h)
  • Haute re9sistance e0 la traction et rigidite9 des pie8ces imprime9es
  • Re9sistance chimique aux lubrifiants et huiles
  • Haute re9sistance aux chocs
  • Tole9rance de b10.05mm
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Precision and Strength with Glass Fiber Reinforced Nylon

Spectrum PA6 GK10 Filament Natural is a high-performance engineering material designed for strength, rigidity, and dimensional stability. Reinforced with 10% glass fiber, this PA6-based filament delivers enhanced stiffness and improved thermal resistance compared to standard nylon, making it ideal for demanding functional applications.

Its natural finish and technical performance make it a reliable choice for professionals producing accurate, durable parts.


Key Features & Benefits

  • 10% glass fiber reinforcement
    Increases stiffness and improves dimensional accuracy
  • High mechanical strength
    Excellent resistance to wear, stress, and deformation
  • Improved thermal resistance
    Suitable for parts exposed to elevated temperatures
  • Reduced shrinkage and warping
    More stable than standard PA6 during printing
  • Matte, technical surface finish
    Produces clean, professional-looking parts
  • Good layer adhesion
    Strong interlayer bonding when properly tuned

Typical Applications

Spectrum PA6 GK10 is built for engineering and industrial use:

  • Functional prototypes and end-use parts
  • Structural components and housings
  • Jigs, fixtures, and manufacturing tools
  • Automotive and mechanical parts
  • Electrical enclosures and brackets
  • Precision components requiring rigidity

Its balance of stiffness and durability makes it ideal for parts that must maintain shape under load.


Material & Compatibility

This filament is optimized for FDM/FFF 3D printers capable of processing nylon-based composites.

  • Compatible with open-material systems
  • Requires all-metal hotend for high-temperature printing
  • Hardened steel or wear-resistant nozzle recommended due to glass fiber abrasiveness

Printing Characteristics:

  • Requires elevated extrusion temperatures
  • Heated bed required for reliable adhesion
  • Enclosure recommended for stable printing conditions
  • Lower warping than standard nylon but still requires controlled environment
  • Hygroscopic material—drying before use is strongly recommended

Why Users Choose Spectrum PA6 GK10

  • Stronger and stiffer than standard nylon
  • Improved dimensional stability for precision parts
  • Suitable for demanding engineering applications
  • Reliable performance in both prototyping and production
  • Professional-grade composite material for advanced users

For engineers and professionals seeking a balance between rigidity, durability, and print stability, PA6 GK10 offers dependable results in high-performance environments.


Print Strong, Print Accurate

Choose Spectrum PA6 GK10 Filament Natural for precision-driven 3D printing. With glass fiber reinforcement and reliable performance, it’s built for functional parts that demand strength, accuracy, and long-term durability.

Caracte9ristiques techniques

  • Tempe9rature maximale de fonctionnement jusqu'e0 160b0C (max. 200h)
  • Tempe9rature de fonctionnement prolonge9e jusqu'e0 120b0C (20.000h)
  • Tempe9rature de de9formation thermique (HDT) de 90b0C (ISO 75)
  • Absorption d'eau infe9rieure e0 0,3% (23b0C / 24h)
  • Haute re9sistance e0 la traction et rigidite9 des pie8ces imprime9es
  • Re9sistance chimique aux lubrifiants et huiles
  • Applications varie9es avec un excellent lamination inter-couches
  • Haute re9sistance aux chocs
  • Re9sistance thermique e9leve9e