Creality Hyper PETG-CF filament is engineered for makers who demand strength, precision, and a premium visual finish in every print. With an optimized formulation that directly reduces traditional PETG clogging issues, it minimizes material buildup inside the nozzle and ensures a smooth, consistent extrusion experience. Infused with carbon fiber particles, it produces a refined matte finish with low reflectivity, giving models a clean, futuristic aesthetic ideal for tech-style designs, prototypes, and display pieces. Built for durability, this petg-cf filament resists acids, alkalis, and organic solvents, making it capable of withstanding harsh or humid environments without aging or deforming. This rugged performance makes it suitable for outdoor components, structural parts, and daily wear-prone applications. With a tensile strength of 44.9 MPa, flexural strength of 88.1 MPa, and 8.7% elongation at break, Creality Hyper PETG-CF delivers a balanced mechanical profile that supports detailed and reliable printing, even at speeds up to 300 mm/s. Its 1.75 mm diameter and stable 0.02 mm tolerance ensure dimensional accuracy, smooth feeding, and excellent layer adhesion while minimizing warping. For best results, recommended settings include a printing temperature of 240-260C, bed temperature of 70-90C, and a hardened steel or abrasion-resistant nozzle. Each spool also includes built-in RFID technology, allowing the Creality Filament System (CFS) to automatically load the correct print parameters without manual adjustments. This intelligent automation improves accuracy, reduces setup time, and helps prevent filament waste. Combining mechanical toughness, outdoor-ready durability, smooth extrusion, and smart printing integration, Hyper PETG-CF filament is a dependable, high-performance choice for professional engineers, creators, and high-speed printing environments.
⚠️ WARNING (California Proposition 65): This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm. For more information, please visit www.P65Warnings.ca.gov.
