
BIQU PLA-HR Flexible 1.75 mm – Filament for 3D printing airless basketballs (1 kg) - White
BIQU PLA-HR Flexible is a premium filament designed for specialized 3D printing applications where flexibility, durability, and strength are required.
Product details
- SKU:
- WC16307
- Brand:
- Biqu
- Category:
- Filament
Product description
BIQU PLA-HR Flexible is a premium filament designed for specialized 3D printing applications where flexibility, durability, and strength are required. This filament is an ideal choice not only for printing airless basketballs but also for a wide range of flexible projects such as protective covers, sports equipment, drone parts, or other demanding prints.
Thanks to improved layer adhesion and optimized flexibility, PLA-HR delivers prints with high structural integrity and a smooth surface finish.
Key features:
•Flexibility and durability: Ideal for printing flexible and impact-resistant models.
•Enhanced layer adhesion: Provides stronger layer bonding during printing.
•Compatibility: Fully compatible with most FDM printers on the market.
•Easy to use: Tuned for straightforward printing without complex adjustments.
•Wide range of applications: Suitable for sports applications, prototyping, and functional parts.
Technical specifications:
•Material: PLA-HR Flexible
•Diameter: 1,75 mm
•Weight: 1 kg
•Colors: White, orange, black, blue
•Nozzle temperature: 230 °C
•Bed temperature: 55 °C
•Recommended print speed: 40 mm/s (20 mm/s for bridges)
•Nozzle size: Recommended 0,6 mm
•Cooling fan: 100 %
Printing recommendations:
For optimal results, we recommend using a filament dryer to remove moisture and applying adhesive to the build plate for better adhesion. The filament is ideal for use at low bed temperatures, which saves energy and ensures reliable printing.
Package contents:
1× Spool of BIQU PLA-HR Flexible 1.75 mm (1 kg)
Applications:
•Airless basketballs
•Protective covers for electronics
•Sports equipment
•Functional prototypes
•Drone parts and other flexible projects
Note:
This filament is not suitable for high-temperature applications or use in environments above 60 °C.



