♻️ Carbon Fiber PETG Filament 1.75mm - Wear-Resistant & Heat-Resistant Filament
♻️ Reinforced Carbon Fiber Composition: This innovative PETG filament is a blend of 15% carbon fiber and 85% Polyethylene Terephthalate Glycol, creating a powerful composite material that significantly boosts key physical properties. The incorporation of carbon fiber enhances the overall strength, hardness, rigidity, toughness, impact resistance, and wear resistance of this filament, making it ideal for a variety of demanding applications.
♻️ Outstanding Mechanical Properties: Our PETG carbon fiber filament exhibits exceptional durability and resilience, boasting excellent heat and chemical resistance. With a heat distortion temperature reaching up to 150℃, this filament maintains its structural integrity even when subjected to prolonged exposure to high temperatures and harsh environmental conditions. This reliability makes it perfect for use in industrial manufacturing, sports equipment production, home décor projects, and precision instrument fabrication.
♻️ Exceptional Interlayer Adhesion: Enjoy smooth and consistent 3D printing with our 1.75mm PETG carbon fiber filament, which is characterized by high purity and low shrinkage. This filament features remarkable fluidity and rapid cooling properties that eliminate concerns of layer separation. With superior interlayer adhesion and bed adhesion, you can expect reliable printing performance and high-quality results in every print, no matter the conditions.
♻️ Quality Assurance with Vacuum Sealed Packaging: Each spool of our PETG carbon fiber filament is meticulously machine-wound and undergoes rigorous manual quality inspections. The vacuum-sealed packaging, coupled with a desiccant, preserves the filament in an optimal state, ensuring it remains dust-free and moisture-free. This guarantees a printing experience devoid of any issues such as stringing, clogging, bubbles, or unpleasant odors.
🏆 Recommended Printing Settings: To achieve the best results, we recommend a printing temperature range of 230-250℃ and a hot bed temperature between 60-80℃. For optimal performance, using stainless steel nozzles with diameters of 0.6mm or larger is advised, allowing for efficient material flow and print quality.
If this item arrives after the delivery date given at checkout, you will be emailed a £5.00 credit voucher to use on your next order
