Manufactured in Canada, our engineering-grade Nylon filament is built for demanding applications that require outstanding strength, durability, and chemical/thermal resistance. Designed for the maker, service bureau or production environment, this material offers the versatility of nylon with the precision and reliability you expect from a Canadian-made brand.

✅ Why choose our Nylon filament?

• Proudly made in Canada — Short supply chain, domestic quality oversight and faster availability.
• Engineering-grade performance — Designed for functional parts, structural components, jigs, fixtures and final assemblies.
• Excellent durability and chemical resistance — Ideal where impact, wear, or exposure to chemicals may occur.
• Optimised printability — Formulated for strong layer-bonding, consistent extrusion and minimal warping in typical FDM/FFF machines.

🎯 Ideal for:

• Functional prototypes and end-use parts exposed to stress, heat or wear.
• Workshop jigs and fixtures where mechanical performance matters.
• Small-batch manufacturing and service-bureau production needing repeatable results.
• Advanced hobbyists and makers using nylon for its superior performance beyond standard PLA/PETG.

🛠️ Recommended print settings

• Nozzle temperature: ~ 240-260 °C
• Bed temperature: ~ 70-90 °C
• Cooling fan: 0-30% (use minimal cooling to improve layer bonding)
• Enclosure: Recommended for best results and to minimise warping and moisture uptake.
• Drying: Use a filament dryer or oven at ~ 70-80 °C for 4-6 hours before use (nylon is hygroscopic).

📋 Filament specifications

• Diameter: 1.75 mm (± 0.05 mm)
• Weight: 1 kg spool
• Material: Nylon (unfilled, engineering grade)
• Manufactured and quality-controlled in Canada
• Vacuum-sealed with desiccant to prevent moisture absorption prior to use

💡 Tips for best performance

• Ensure your build surface has good adhesion (e.g., Garolite, PEI sheet with a thin adhesive layer). A brim may help with first-layer adhesion.
• Keep filament stored in a dry environment or in a sealed bag with desiccant when not in use; moist nylon can lead to poor finishes and reduced strength.
• If you observe layer separation or shrinkage, try increasing nozzle temperature by 5 °C or reducing cooling further.
• Consider post-processing (e.g., annealing) if your part requires maximised mechanical performance—consult specific part geometry tolerances accordingly.

🧾 Summary

When your project demands more than typical consumer-grade filaments—when you need strength, durability and chemical/thermal resilience—our Canadian-made Nylon filament is the go-to choice. Built for performance, supported locally and engineered for repeatable quality, it’s the smart investment for serious makers and production environments.