Orange - Canadian-made PETG+ Filament - 1.75mm, 1kg

Canadian-Made PETG+ Filament for Strong, Durable 3D Prints

Orange Canadian-Made PETG+ Filament is engineered to deliver the ideal balance of strength, durability, and printability for everyday and professional 3D printing applications. Manufactured in Canada, this premium PETG+ material offers excellent mechanical performance while remaining easy to print on a wide range of FDM 3D printers.

Designed for makers, engineers, educators, print farms, and product designers, PETG+ combines the ease of use commonly associated with PLA with the durability and temperature resistance that PETG is known for. The bright orange color provides excellent visibility and a professional appearance for prototypes, functional parts, tools, and end-use products.

Key Features & Benefits

• Made in Canada for consistent manufacturing quality
• PETG+ formulation with enhanced melt flow characteristics
• High strength and durability for functional applications
• Excellent impact resistance
• Supports faster print speeds than standard PETG
• Strong layer adhesion for dependable part performance
• Easy to print with minimal warping
• Good temperature resistance for practical applications
• Vibrant orange color for high-visibility parts
• Suitable for hobbyist, educational, commercial, and production environments

Printability, Surface Finish & Performance

PETG+ is designed to provide a smoother printing experience than traditional PETG while maintaining excellent toughness and durability. Its higher melt flow allows users to print at faster speeds without sacrificing layer adhesion or overall print quality.

Finished prints feature a clean surface finish with the slight gloss commonly associated with PETG materials. Parts benefit from strong interlayer bonding, helping improve impact resistance and overall structural integrity. This makes PETG+ an excellent material for both prototypes and real-world functional components.

Typical Applications & Use Cases

Orange Canadian-Made PETG+ is well suited for:

• Functional prototypes
• Mechanical components
• Workshop tools and accessories
• Electronic enclosures
• Robotics projects
• Manufacturing jigs and fixtures
• Automotive interior parts
• Educational STEM projects
• Household repair components
• Production and print farm applications

Its combination of durability, impact resistance, and ease of printing makes it a versatile material for users who need dependable performance without the challenges associated with more advanced engineering polymers.

Material & Compatibility Information

This PETG+ filament is compatible with most FDM and FFF 3D printers that use standard 1.75mm filament. The material performs best with a heated bed and moderate cooling, allowing users to achieve strong bed adhesion and reliable print quality.

Recommended printing settings:

• Nozzle Temperature: 225°C–255°C
• Bed Temperature: 55°C–75°C
• Cooling Fan: 0–30%
• Filament Diameter: 1.75mm

For best results, the manufacturer recommends drying the filament at a lower temperature for an extended period before printing to help maintain print quality and reduce moisture-related defects.

Why Users Choose This Product

Users choose Canadian-Made PETG+ because it delivers strong, durable parts while remaining easy to print. The material's combination of impact resistance, temperature resistance, fast-printing capability, and dependable layer adhesion makes it a practical choice for both beginners and experienced users.

Whether you're producing functional prototypes, manufacturing aids, educational projects, or everyday parts, this filament offers the reliability and consistency needed to keep your workflow productive.

Bring Your Designs to Life

Upgrade your material selection with Orange Canadian-Made PETG+ Filament and create durable, high-quality parts with confidence. With excellent printability, strong mechanical performance, and reliable Canadian manufacturing, this filament is an excellent choice for makers and professionals who demand dependable results from every spool.