Creality Hyper ABS White – High Speed, High Strength ABS Filament
Take your 3D printing to the next level with Creality Hyper ABS White, designed for high-speed 3D printing with unmatched impact strength and thermal resistance. This advanced white ABS filament delivers professional-grade results while being five times faster and more efficient than traditional ABS.
Five Times Faster and More Efficient – ABS for Fast 3D Printing
Experience lightning-fast performance with Creality Hyper ABS White. With print speeds up to 350mm/s, this filament is perfect for rapid prototyping and production. Additionally, it extrudes smoothly, which reduces clogs and improves print consistency.
-
Printing Speed: Up to 350mm/s
-
Recommended Nozzle Temperature: 230 – 270°C
-
Hotbed Temperature: 75 – 95°C
-
Compatible with most Creality 3D printers and other FDM machines
High Impact Resistance and Temperature Durability
Not only does this Hyper ABS filament print fast, but it also delivers superior mechanical properties. With an impact resistance of 19 kJ/m, tensile strength of 30.4 MPa, and bending strength of 48.1 MPa, your parts will be strong, rigid, and functional. Even better, it withstands higher temperatures, making it ideal for mechanical and functional prints.
Environmentally Friendly and Safer to Use
While ABS is known for its strength, Creality Hyper ABS White is also safer and more environmentally friendly than standard ABS. The cleaner composition reduces emissions, making it a smarter choice for enclosed spaces and home workshops.
Key Features of Creality Hyper ABS
-
Five times faster than regular ABS
-
High strength and heat resistance
-
Clean, smooth prints with minimal warping
-
Compatible with most FDM 3D printers
-
Perfect for mechanical, structural, or functional parts
-
Filament Diameter: 1.75 ± 0.05mm
Why Choose Hyper ABS for Your Next Project?
When speed matters, and strength is essential, Creality Hyper ABS is your best choice. From industrial use to personal projects, it performs reliably at high speeds without compromising quality.
