EMRIN High-Speed PETG Black – Fast, Durable, and Reliable 3D Printing Filament
Unlock the full potential of your 3D printer with EMRIN High-Speed PETG Black, engineered to perform flawlessly at speeds of up to 500 mm/s. Combining the best traits of PLA and ABS, this filament delivers professional-grade strength, durability, and detail—while remaining easy to print with minimal warping or stringing.
Designed for makers, engineers, and businesses that demand both speed and reliability, EMRIN High-Speed PETG is the perfect choice for functional parts, rapid prototypes, and end-use prints.
Why Choose PETG Over PLA or ABS?
-
Strength + Flexibility – Stronger than PLA and less brittle, PETG withstands stress and impact without snapping.
-
Chemical Resistance – Resilient against water, alcohol, and many common chemicals.
-
Higher Heat Tolerance – Maintains shape where PLA would deform.
-
Moisture & UV Resistant – Suitable for outdoor or high-humidity applications.
-
Odour-Free Printing – No harsh fumes like ABS, ideal for home and office setups.
Key Benefits
-
High-Speed Optimisation – Smooth extrusion at up to 500 mm/s, with no compromise on detail.
-
Superior Layer Bonding – Exceptional interlayer adhesion ensures strong, long-lasting parts.
-
Professional Finish – Smooth surfaces and a consistent black gloss for a sleek, high-quality look.
-
Warp-Free Printing – Reliable first-layer adhesion for dimensional accuracy.
-
Eco-Friendly Packaging – Supplied on a reusable fibre-board reel and box-free to reduce waste.
Suggested Print Settings
-
Nozzle Temperature: 230–250 °C (start at 240 °C)
-
Bed Temperature: 70–85 °C (start at 80 °C)
-
Print Speed: Up to 500 mm/s (200–350 mm/s recommended for best balance)
-
Cooling Fan: 30–50%
-
Bed Surface: PEI, textured plate, or glass with glue stick
-
Drying Recommendation: 65 °C for 4–6 hours if exposed to moisture
With EMRIN High-Speed PETG Black, you don’t have to choose between speed, strength, or sustainability—you get it all. Print smarter, faster, and tougher with filament designed to push the limits of modern 3D printing.