Ultra-Fast Printing: Up to 600mm/s speed with smooth flow, perfect for high-volume production and time-sensitive projects.
Stunning Metallic Finish: Light-responsive burnt titanium color shift creates eye-catching iridescent gradients on every print.
Tough & Reliable: Superior impact resistance and layer adhesion, outperforming PLA for durable, crack-free functional parts.
Product specifications
Printing Speed
30-600mm/s
Nozzle temperature
230-250℃
Build plate temperature
75-80℃
High Speed Burnt Titanium PETG
Eryone High Speed Burnt Titanium PETG 3D Printing Filament is a material that
surpasses traditional PLA-based combustion titanium filaments. While maintaining high-
speed printing performance (up to 600mm/s), it delivers exceptional toughness and
significantly enhanced resistance to brittle fracture. Its optimized melt flowability ensures
precise molding, producing a delicate metallic-textured surface with unique granular patterns.
The printed parts exhibit strong interlayer adhesion and excellent impact resistance,
effectively mitigating the risk of cracking. Featuring a light-responsive color-shifting effect,
the finished products display an iridescent gradient under different viewing angles, adding a
dynamic visual dimension to creative designs. Combining high strength with artistic
expressiveness, this material is an ideal choice for premium innovative applications.
Part I:Suggests Printing Parameters
Parameter
Set up
Nozzle temperature
230-250 ℃
Bed temperature
75-80℃
Bed materia
glass, PEI, spring steel plate
Bottom printing temperature
230-250 ℃
Sealed printing
enclosed printing/open printing
Printing speed
30-600mm/s
Drying conditions
65℃, 12h
Part II: Physical Properties of Materials
Property
Testing Method
Unit
Typical Value
Density(g/cm³ at 21.5 ° C)
ASTM D792 (ISO 1183, GB/T 1033)
g/cm³
1.25
Vicat Softening Temperature(° C)
ASTM D1525 (ISO 306 GB/T 1633)
℃
78
Heat distortion temperature(° C)
ASTM D648 1.8MPa 0.45MPa
℃
67
Glass transition temperature (° C)
DSC, 10 ° C/min
℃
68
Melt Index(g/10 min)
220 ° C, 10kg 240 ° C, 2.16 kg
g/10min
18±2
Part III: Mechanical Properties of Printed Samples
Property
Testconditions
Test standards
unit
Typical Value
Tensile strength X-Y
50mm/min
GB/T 1040.4
MPa
45.7
Elastic modulus X-Y
50mm/min
GB/T 1040.1-2006
MPa
1301.9
Elongation at break X-Y
50mm/min
GB/T 1040.4
%
2.7
Tensile strength X-Z
50mm/min
GB/T 1843
MPa
31.7
Elastic modulus X-Z
50mm/min
GB/T 1040.1-2006
MPa
1022.5
5Elongation at break X-Z
50mm/min
GB/T 1040.4
%
2.1
Bending strength
2mm/min
GB/T 9341
MPa
70.2
Bending modulus
2mm/min
GB/T 9341
MPa
1953.2
Charpy Impact strenght
2.75J
GB/T 1843
kJ/m2
2.4
Note: All splines are printed under the following conditions: printing temperature=240 ° C, printing speed=80mm/s, base plate 60° C, filling=100%, nozzle diameter=0.4mm
High-Speed Performance
Achieves printing speeds up to 600mm/s with optimized melt flow, ensuring fast production without compromising precision.
Dynamic Metallic Aesthetics
Features a burnt titanium finish with light-responsive color shifting, creating iridescent gradients and granular texture for artistic designs.
Enhanced Mechanical Toughness
Surpasses traditional PLA with superior impact resistance and interlayer adhesion, reducing brittleness and cracking risks in printed parts.
Reliable Printing Compatibility
Compatible with most FDM printers, operating at 230–250°C with a 75–80°C heated bed for minimal warping and smooth extrusion.
FAQs
What is the optimal printing speed for this filament?
It supports speeds up to 600mm/s, but for best results, start at 30–100mm/s and adjust based on your printer setup.
How does the color-shifting effect work?
The filament’s metallic texture reflects light differently at various angles, creating a dynamic iridescent gradient on printed surfaces.
How does this PETG compare to PLA burnt titanium filaments?
It offers better toughness, less brittleness, and stronger interlayer adhesion, making it ideal for functional parts requiring durability.
Does this filament require a heated bed?
Yes, use a heated bed at 75–80°C to minimize warping and ensure optimal adhesion during printing.