Creality Hyper PLA RFID 3D Printing Filament 1KG - Orange
Ultra High-Speed & Flow Optimization
Material Type: Next-Generation High-Speed Polylactic Acid (Hyper PLA-RFID)
Max Printing Speed Support: Engineered for ultra-high-speed configurations up to 600 mm/s without experiencing under-extrusion, layer tearing, or degradation in surface finish.
Flowability & Fluidity: Formulated with a high-volumetric melting matrix and customized thermal expansion properties for near-instant melting and crisp, rigid solidification at rapid print head accelerations.
Interlayer Adhesion: Upgraded molecular cooling design ensures maximum layer-to-layer bond fusion even under rapid, cold air-blast cooling conditions.
Physical & Mechanical Properties
Filament Diameter: 1.75 mm
Dimensional Tolerance: High-precision ±0.03 mm calibration grid to maintain flawless feeding and uniform layer thickness.
Net Filament Weight: 1.0 kg (2.2 lbs)
Tensile Strength (X-Y): 52.99 MPa
Bending Strength (X-Y): 92.38 MPa
Impact Strength (IZOD): 8.80 kJ/m² (Enhanced mechanical impact absorption over generic standard PLA)
Recommended Printing Parameters
Nozzle (Extrusion) Temperature: 190 °C - 230 °C (Recommended baseline for high-speed 3D printing: 210 °C - 220 °C)
Heated Bed Temperature: 25 °C - 60 °C (Highly receptive to standard PEI and Carborundum surfaces)
Cooling Fans: 100% cooling fan power is mandatory for high-speed overhang accuracy and sharp perimeter outlines.
Compatible Build Plates: PEI Spring Steel, PC Frosted Sheets, Glass Build Surfaces
Smart Eco-System & RFID Integration
Smart Detection: Features a built-in active RFID chip that automatically syncs the exact material profile, optimal printing speed limits, and thermodynamic parameters directly with Creality smart multi-material system arrays.
Winding Quality: Ultra-neat precision mechanical layout (Full anti-overlap tracing) to secure completely snag-free, tangle-free feeding sequences during intensive high-speed printing cycles.
Storage & Drying Guidelines
Drying Requirements: Blast drying oven at 50 °C for 6 hours if exposed to long-term high-ambient moisture.
Storage Environment: Keep sealed inside a vacuum bag or dry box container with active desiccant packaging (< 20% RH) to preserve its high-fluidity flow parameters.