Anycubic PC Filament (Black) 1 kg



Price:
Sale price39,10€
Stock by the supplier:
In stock (91 units), by the supplier

Description

Anycubic PC Filament (Black) 1 kg

Anycubic PC filament is a highly impact-resistant material designed for demanding applications such as robot components, drone parts, and outdoor equipment. It features an impact strength of 42 kJ/m² and heat resistance up to 110°C. Additionally, it offers weather resistance, a semi-transparent finish, and ease of printing, making it a versatile solution for many projects.

Black lit lamp on a light-colored table

Strength and Temperature Resistance

The material was designed to perform under load and in demanding conditions. High impact resistance ensures that prints do not damage easily, and high-temperature stability minimizes the risk of warping and cracking even during prolonged heating.

Close-up of a lamp made using a 3D printer with filament

Weather resistance and aesthetic finish

The filament provides long-lasting UV resistance, ensuring that prints do not yellow, crack, or wear out quickly. At the same time, the material offers a smooth surface and a translucent effect, making it ideal for items such as lamp shades or decorative components.

Water bottle holder for a bicycle made from black filament

Smart solutions and ease of use

The built-in identification chip enables automatic recognition of print parameters when used with the Anycubic ACE Pro, streamlining the entire process. The reusable spool with a threaded connection system reduces the risk of filament tangling, and its temperature resistance up to 80°C enhances durability and user comfort.

White filament on a light-colored background

 

Manufacturer Anycubic
Product code IPHPCBK-101
Color black
Filament material PC
Weight 1 kg
Density 1.2 g/cm³
Material flow rate 15–20 g/10 min (270°C/2.16 kg)
Melting point 230°C
Material stability up to 122°C
Deformation resistance (0.45 MPa) 110°C
Water absorption 0.25%
Material stiffness 2550±100 MPa
Tensile strength 65±6 MPa
Tensile strength (Z-axis) 25±7 MPa
Elongation at break 9±4%
Flexural modulus 2900±150 MPa
Flexural strength 105±10 MPa
Impact resistance (X-Y) 30±12 kJ/m²
Printing conditions Closed chamber, drying required
Drying temperature 80°C, 6–8 h
Nozzle temperature 270–290°C
Build plate temperature 100–120°C
Print speed 40–250 mm/s
Maximum print volume 12 mm³/s
Minimum nozzle diameter 0.2 mm

Safety

Safety information.

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