Hyper ABS Filament Creality (White)

Creality
Product code: 3301020040
Price
19.70 €

Creality Hyper ABS Filament (White)

Creality's Hyper ABS Filament is an excellent choice for those who care about high printing speed and durability of finished prints. Made of high-end materials - it stands out for its impressive durability and resistance to impact, cracking and distortion. This makes it ideal for a variety of tasks - from creating parts for appliances, through education, to automotive and medical applications. The filament is compatible with most Creality printers. Users can also take advantage of the Creality Cloud service, which offers, among other things, thousands of free models.

Amazing printing performance

Thanks to its enhanced fluidity, Hyper ABS allows printing up to 5x faster than standard ABS filaments. The printing speed here reaches up to 350 mm/s! So you can significantly reduce your working time. What's more, Creality filament is distinguished by low shrinkage, which means it is less prone to cracking and distortion. You don't have to close your workspace while printing!

High durability

Hyper ABS filament is characterized by high impact resistance - up to 19 kJ/m2. As a result, printed models are extremely durable and perform well even in the most demanding applications. The product is also resistant to temperatures up to 80°C. What's more, the filament was made from environmentally friendly, high-quality materials and passed a rigorous quality control.

 

ManufacturerCreality
NameHyper ABS
Model3301020040
ColorWhite
Extruder temperatureFrom 230°C to 270°C
Table temperatureFrom 75°C to 95°C
Printing speed< 350 mm/s
Impact resistance19 kJ/m2
Tensile strength30.4 ± 0.6 Mpa
Bending strength48.1 ± 0.2 Mpa
Filament diameter1.75 ± 0.05 mm
Weight1 kg
Product can only be ordered
Product is not currently available in stores.
Available to order:
78 pcs
Ordering to a store 5-9 working days.
Cookie notice
This website uses cookies to ensure the best possible user experience. Read more about the principles of using cookies.