petg carbon fibre

【Carbonfasergehalt 20%】iSANMATE PETG Carbon Fiber fügt 20% hochfestes Carbonfasermaterial zu PETG hinzu. Kohlefaserpartikel verleihen dem Filament eine höhere Festigkeit und Steifigkeit, und die Partikelfestigkeit der Kohlefaser macht das Produkt stabiler mit einer stärkeren Zwischenschichthaftung. Perfekt für den Druck von Produkten, die zusätzliche Festigkeit benötigen. 【Glatter Druck】Das Kohlefaserfilament wird vollständig mechanisch gewickelt, und jedes Filament wird streng von Hand geprüft, um ein sauberes Filament und einen glatten Druck zu gewährleisten. mit einem reibungslosen und stabilen Druckprozess und einer hervorragenden Druckqualität. 【Empfohlene Druckparameter】Empfohlene Drucktemperatur für Kohlefaserfilament: 220-250°C (je nach Druckermodell); empfohlene Heizbetttemperatur: 60-75°C; empfohlene Druckgeschwindigkeit: 30 - 130mm/s; empfohlener Düsendurchmesser: ≥0,4mm. . Edelstahldüse wird empfohlen. 【Hohe Kompatibilität】Der Produktionsprozess von Kohlefaserfilament nimmt fortschrittliche Durchmessermessung und adaptives Kontrollsystem an, um eine hohe Maßgenauigkeit zu gewährleisten, Kohlefaserfilamentdurchmesser 1,75 mm, minimale Toleranz +/- 0,02 mm, kann perfekt an die meisten FDM 3D-Drucker auf dem Markt angepasst werden. 【Professionelle Vakuumverpackung】Carbonfaser-Filament-Rohstoffe aus Deutschland, hervorragende Leistung. Das Produkt wird 24 Stunden lang vollständig getrocknet und vor dem Verpacken mit Trockenmittel vakuumversiegelt. Hinweis: Kohlefaserfilament ist feuchtigkeitsempfindlich. Bitte bewahren Sie es nach dem Öffnen in einem wiederverschließbaren Beutel auf, um die hervorragende Druckleistung zu erhalten.

【Erhöhte Festigkeit und Steifigkeit】Das TECBEARS PETG CF Filament 1.75mm enthält 10% Kohlefaser, die die mechanische Festigkeit und Steifigkeit der gedruckten Teile erheblich verbessert, wodurch es ideal für tragende und hochbelastete Anwendungen ist 【Hervorragende Wärmebeständigkeit】Im Vergleich zu herkömmlichem PETG bietet PETG-CF eine signifikant verbesserte Wärmebeständigkeit, was es perfekt für High-Temperature-Anwendungen in den Bereichen Automobil, Elektronik und Maschinenbau macht 【Überlegene Abriebfestigkeit】Das Hinzufügen von Kohlefaser erhöht die Abriebfestigkeit des PETG-CF Filament 1.75mm, wodurch gedruckte Teile langlebiger werden 【Hohe Zugfestigkeit und Schlagfestigkeit】Das kohlenstofffaserverstärkte Material verbessert die Zugfestigkeit und Schlagfestigkeit von PETG-CF, wodurch sichergestellt wird, dass gedruckte Teile auch unter Druck und Stoßbedingungen ihre strukturelle Integrität bewahren 【Stabile Druckleistung】 Das PETG-CF filament kombiniert die Benutzerfreundlichkeit von PETG mit den Vorteilen der Kohlefaser, wodurch Verzug und Verformung während des Druckprozesses minimiert werden 【Verwicklungsfrei, einfach zu verwenden】 Automatisches Aufwickeln der Schnur und Unterstützung durch manuelle Erkennung, um eine saubere Schnur zu gewährleisten, Verwicklungen zu reduzieren. Ist mit 99 % der FDM-3D-Drucker auf dem Markt kompatibel

Recommended printing temperature 240℃-270℃, build platform 75℃-90℃; 1st to 3rd Turn off the cooling fan, if your 3D printer Bambu P1P or X1, we recommend the nozzle temperature above 260 degrees. Tips: 1. Dry before use to achieve the best print quality (65°C, 8h). Printing and maintaining humidity in the container < 20% RH (sealed, with desiccant). 2. Do not use conventional brass nozzles. Since the filament contains real carbon fibres, you need to use wear-resistant steel nozzles (≥ 0.4 mm; better 0.6 mm). 3. To achieve stronger Z adhesion, please adjust a higher filling density and use a closed printer; reduce the fan proportion to avoid overcooling. TINMORRY PETG-CF is a composite material made of PETG and 15% professionally processed short cut carbon fiber masterbatch. The new exclusive formula has significantly improved print quality as it reduces the clogging and clumping of nozzles compared to conventional PETG, and also has very good Z adhesion. Compatibility & High Speed Printing Support high speed 3D printing and can print at a speed of 300mm/s, 3-5 times faster than other brands of Petg-CF filament. Compatible with Anycubic Kobra, FLSUN T1, Sovol T500, BAMBU LAB, Creality K1 K1C K2, QIDI MAX3 PLUS4, FLASHFORGE Adventurer 5M, Prusa MK4, VORON, and AnkerMake M5C FDM 3D Printers. If your printer is from another brand, please contact us to get the filament profile and technical support before use. Please note: 1. The same colour of PETG-CF has slightly different effects (glossy or matte) on different printing models. 2. Different resolutions and devices can lead to a slightly different colour representation. 3. Contains 15% professionally processed, short-cut carbon fibre masterbatch (no carbon fibre powder). Be sure to wear protective equipment when cutting, grinding, grinding or sawing something from CF/GF filaments, as carbon fibre dust is generated!

Recommended printing temperature 240 ℃-270 ℃, build platform 75 ℃-90 ℃. For the 1st to 3rd Turn off the cooling fan, if your 3D printer is the Bambu P1P or X1, we recommend a nozzle temperature above 260 degrees. Tips: Dry before use to achieve the best print quality (65 °C, 8 hours). Printing and maintaining humidity in the container < 20% RH (sealed, with desiccant). - Do not use conventional brass nozzles. Since the filament contains real carbon fibres, you need to use wear-resistant steel nozzles (≥ 0.4 mm; better 0.6 mm). - To achieve stronger Z adhesion, please adjust a higher filling density and use a closed printer; reduce the fan proportion to avoid overcooling. TINMORRY PETG-CF is a composite material made of PETG and 15% professionally processed short-cut carbon fibre master batch. The new exclusive formula has significantly improved print quality as it reduces the clogging and clumping of nozzles compared to conventional PETG, and also has very good Z adhesion. Compatibility and high-speed printing: Supports high-speed 3D printing and can print at a speed of 300mm/s, 3-5 times faster than other brands of PETG-CF filament. Compatible with BAMBU LAB, Creality K1C, QIDI MAX3, FLASHFORGE Adventurer 5M, Prusa MK4, VORON and AnkerMake M5C FDM 3D printers. Please note: The same colour of PETG-CF has slightly different effects (glossy or matt) on different printing models. - Different resolutions and devices can lead to a slightly different colour representation. Contains 15% professionally processed, short-cut carbon fibre master batch (no carbon fibre powder). Be sure to wear protective equipment when cutting, grinding or sawing something from CF/GF filaments, as carbon fibre dust is generated!

Tips for printing: 1. Dry before use to achieve the best print quality (65°C, 8h). Printing and maintaining humidity in the container < 20% RH (sealed, with desiccant). 2. Recommended nozzle temperature 260°C, temperature tower test and flow calibration required when use. Bed temp: 80℃, print speed:

Tips for printing: 1. Dry before use to achieve the best print quality (65°C, 8h). Printing and maintaining humidity in the container < 20% RH (sealed, with desiccant). 2. Recommended nozzle temperature 260°C, temperature tower test and flow calibration required when use. Bed temp: 80℃, print speed:

Tips for printing: 1. Dry before use to achieve the best print quality (65°C, 8h). Printing and maintaining humidity in the container < 20% RH (sealed, with desiccant). 2. Recommended nozzle temperature 260°C, temperature tower test and flow calibration required when use. Bed temp: 80℃, print speed:

Tips for printing: 1. Dry before use to achieve the best print quality (65°C, 8h). Printing and maintaining humidity in the container < 20% RH (sealed, with desiccant). 2. Recommended nozzle temperature 260°C, temperature tower test and flow calibration required when use. Bed temp: 80℃, print speed:

Tips for printing: 1. Dry before use to achieve the best print quality (65°C, 8h). Printing and maintaining humidity in the container < 20% RH (sealed, with desiccant). 2. Recommended nozzle temperature 260°C, temperature tower test and flow calibration required when use. Bed temp: 80℃, print speed:

Tips for printing: 1. Dry before use to achieve the best print quality (65°C, 8h). Printing and maintaining humidity in the container < 20% RH (sealed, with desiccant). 2. Recommended nozzle temperature 260°C, temperature tower test and flow calibration required when use. Bed temp: 80℃, print speed:

Tips for printing: 1. Dry before use to achieve the best print quality (65°C, 8h). Printing and maintaining humidity in the container < 20% RH (sealed, with desiccant). 2. Recommended nozzle temperature 260°C, temperature tower test and flow calibration required when use. Bed temp: 80℃, print speed:

Tips for printing: 1. Dry before use to achieve the best print quality (65°C, 8h). Printing and maintaining humidity in the container < 20% RH (sealed, with desiccant). 2. Recommended nozzle temperature 260°C, temperature tower test and flow calibration required when use. Bed temp: 80℃, print speed:

Tips for printing: 1. Dry before use to achieve the best print quality (65°C, 8h). Printing and maintaining humidity in the container < 20% RH (sealed, with desiccant). 2. Recommended nozzle temperature 260°C, temperature tower test and flow calibration required when use. Bed temp: 80℃, print speed:

Tips for printing: 1. Dry before use to achieve the best print quality (65°C, 8h). Printing and maintaining humidity in the container < 20% RH (sealed, with desiccant). 2. Recommended nozzle temperature 260°C, temperature tower test and flow calibration required when use. Bed temp: 80℃, print speed:

Tips for printing: 1. Dry before use to achieve the best print quality (65°C, 8h). Printing and maintaining humidity in the container < 20% RH (sealed, with desiccant). 2. Recommended nozzle temperature 260°C, temperature tower test and flow calibration required when use. Bed temp: 80℃, print speed:

Tips for printing: 1. Dry before use to achieve the best print quality (65°C, 8h). Printing and maintaining humidity in the container < 20% RH (sealed, with desiccant). 2. Recommended nozzle temperature 260°C, temperature tower test and flow calibration required when use. Bed temp: 80℃, print speed:

Tips for printing: 1. Dry before use to achieve the best print quality (65°C, 8h). Printing and maintaining humidity in the container < 20% RH (sealed, with desiccant). 2. Recommended nozzle temperature 260°C, temperature tower test and flow calibration required when use. Bed temp: 80℃, print speed:

Tips for printing: 1. Dry before use to achieve the best print quality (65°C, 8h). Printing and maintaining humidity in the container < 20% RH (sealed, with desiccant). 2. Recommended nozzle temperature 260°C, temperature tower test and flow calibration required when use. Bed temp: 80℃, print speed:

Tips for printing: 1. Dry before use to achieve the best print quality (65°C, 8h). Printing and maintaining humidity in the container < 20% RH (sealed, with desiccant). 2. Recommended nozzle temperature 260°C, temperature tower test and flow calibration required when use. Bed temp: 80℃, print speed:

Tips for printing: 1. Dry before use to achieve the best print quality (65°C, 8h). Printing and maintaining humidity in the container < 20% RH (sealed, with desiccant). 2. Recommended nozzle temperature 260°C, temperature tower test and flow calibration required when use. Bed temp: 80℃, print speed:

Tips for printing: 1. Dry before use to achieve the best print quality (65°C, 8h). Printing and maintaining humidity in the container < 20% RH (sealed, with desiccant). 2. Recommended nozzle temperature 260°C, temperature tower test and flow calibration required when use. Bed temp: 80℃, print speed:

Tips for printing: 1. Dry before use to achieve the best print quality (65°C, 8h). Printing and maintaining humidity in the container < 20% RH (sealed, with desiccant). 2. Recommended nozzle temperature 260°C, temperature tower test and flow calibration required when use. Bed temp: 80℃, print speed:

Tips for printing: 1. Dry before use to achieve the best print quality (65°C, 8h). Printing and maintaining humidity in the container < 20% RH (sealed, with desiccant). 2. Recommended nozzle temperature 260°C, temperature tower test and flow calibration required when use. Bed temp: 80℃, print speed:

Tips for printing: 1. Dry before use to achieve the best print quality (65°C, 8h). Printing and maintaining humidity in the container < 20% RH (sealed, with desiccant). 2. Recommended nozzle temperature 260°C, temperature tower test and flow calibration required when use. Bed temp: 80℃, print speed:

Tips for printing: 1. Dry before use to achieve the best print quality (65°C, 8h). Printing and maintaining humidity in the container < 20% RH (sealed, with desiccant). 2. Recommended nozzle temperature 260°C, temperature tower test and flow calibration required when use. Bed temp: 80℃, print speed:

Tips for printing: 1. Dry before use to achieve the best print quality (65°C, 8h). Printing and maintaining humidity in the container < 20% RH (sealed, with desiccant). 2. Recommended nozzle temperature 260°C, temperature tower test and flow calibration required when use. Bed temp: 80℃, print speed:

Tips for printing: 1. Dry before use to achieve the best print quality (65°C, 8h). Printing and maintaining humidity in the container < 20% RH (sealed, with desiccant). 2. Recommended nozzle temperature 260°C, temperature tower test and flow calibration required when use. Bed temp: 80℃, print speed:

【Matériau en Acier Trempé de Haute Qualité】: Ce Kit Hotend en Acier Trempé Original est fabriqué en acier spécial trempé, extrêmement résistant à l'abrasion et à la corrosion. Idéal pour les matériaux exigeants comme le PLA renforcé fibre de carbone, PETG, PA-CF et autres composites, offrant une durée de vie bien supérieure aux buses en laiton. 【Compatibilité Parfaite pour P1P/P1S】: Le Kit Hotend AURIVEE est spécialement conçu pour l'imprimante 3D P1P et P1S. C'est un produit de remplacement original, prêt à être installé directement, garantissant un ajustement parfait et des performances optimales sans modifications. 【Kit Complet & Installation Facile】: Notre Kit Complet inclut tout le nécessaire pour un remplacement intégral : un ventilateur, une thermistance, un chauffage céramique, une buse de 0.4mm et un bloc chauffant. Économisez du temps et des efforts avec cette solution tout-en-un. 【Design Intégré & Chauffage Rapide】: La conception intégrée de la buse et du bloc chauffant permet un transfert de chaleur plus efficace et un chauffage plus rapide. Le module intégré chauffant céramique et thermistance assure des connexions fiables et une mesure de température plus stable et précise. 【Contrôle Précis de la Température & Sécurité】: Le chauffage céramique de haute qualité chauffe rapidement jusqu'à 300°C. La thermistance de précision assure une mesure de température exacte pour des résultats d'impression exceptionnels. Le ventilateur dispose d'une fonction de sécurité pour un fonctionnement fiable et sans interruption.