Carbon Fiber PLA Filament 1.75mm 1kg/2.2lb Spool – SPACE GRAY

Description

Carbon Fiber PLA Filament – High Rigidity & Strength

Ziro3D Carbon Fiber PLA Filament is a high-performance composite material containing 15% carbon fiber, designed to provide greater rigidity and strength compared with standard PLA. The addition of carbon fiber gives printed models a more rigid structure, making this filament suitable for applications where increased mechanical performance is required.

The carbon fiber reinforcement helps improve the stiffness and structural stability of printed parts while maintaining the familiar advantages of PLA. Its composite formulation makes it an excellent choice for functional components, prototypes, fixtures, and other applications where rigidity is important.

Ziro3D Carbon Fiber PLA also offers excellent printability, with a carefully formulated material that supports smooth and consistent extrusion. Its low-odor, warp-resistant, clog-free, and bubble-free characteristics help reduce common printing issues and provide a more reliable printing experience.

This filament is ideal for functional parts, engineering prototypes, brackets, fixtures, mechanical models, structural components, tools, and other 3D printing applications where higher rigidity and strength are desired.

Key Features

• 15% Carbon Fiber: Reinforced with 15% carbon fiber for enhanced material performance.
• High Rigidity: Produces stiffer and more structurally stable printed parts.
• Higher Strength: Offers greater strength compared with standard PLA.
• Excellent Printability: Designed for smooth and consistent extrusion.
• Low Odor: Provides a more comfortable printing experience.
• Warp Resistant: Helps maintain dimensional stability during printing.
• Clog-Free: Supports reliable filament flow and extrusion.
• Bubble-Free: Helps achieve consistent layers and cleaner print results.

Build stronger and more rigid 3D printed parts with Ziro3D 15% Carbon Fiber PLA Filament, combining the easy printing characteristics of PLA with enhanced rigidity and strength for demanding applications.