Eryone

ERYONE Glass Fiber Filament 1.75mm +/ 0.03mm, 3D Printing Filament, Fit Most FDM Printer, Nylon PA12 GF Black, 1000g Spool

Name: ERYONE Glass Fiber Filament 1.75mm +/ 0.03mm, 3D Printing Filament, Fit Most FDM Printer, Nylon PA12 GF Black, 1000g Spool
Brand: Eryone
SKU: e4902c1d760e44238048c18a44d66759

1/1

Abbildung von ERYONE Glass Fiber Filament 1.75mm +/ 0.03mm, 3D Printing Filament, Fit Most FDM Printer, Nylon PA12 GF Black, 1000g Spool

Amazon

Preise von

49,28

Gesponserte Links

	49,28 €	Zum Shop
	49,28 €	Zum Shop
ALLE WEBSHOPS VERGLEICHEN (2)

Beschreibung

Amazon 1.Enhanced Strength: Reinforced with glass fiber, this PA12 filament offers 20% higher tensile strength for more durable, high-performance parts. 2.Heat Resistance: With excellent thermal stability, it withstands high temperatures, making it ideal for demanding applications. 3.Low Moisture Absorption: Suitable for outdoor and mechanical use, this filament maintains performance even in humid environments. 4.Superior Dimensional Stability: Ensures precise, warp-free printing, perfect for engineering and industrial-grade components. 5.High Rigidity and Wear Resistance: Optimized for parts requiring enhanced stiffness and long-term durability under stress.

Webshops vergleichen (2)

Gesponserte Links · Einige Shops zahlen uns eine Vergütung

Sortieren nach:

49,28 € Gratis Versand

Beschreibung (1)

1.Enhanced Strength: Reinforced with glass fiber, this PA12 filament offers 20% higher tensile strength for more durable, high-performance parts. 2.Heat Resistance: With excellent thermal stability, it withstands high temperatures, making it ideal for demanding applications. 3.Low Moisture Absorption: Suitable for outdoor and mechanical use, this filament maintains performance even in humid environments. 4.Superior Dimensional Stability: Ensures precise, warp-free printing, perfect for engineering and industrial-grade components. 5.High Rigidity and Wear Resistance: Optimized for parts requiring enhanced stiffness and long-term durability under stress.