DAS K7™ PET CF10

1.000

3 kg

5 kg

1KG

3KG

1.75mm

2.85mm

Features

Carbon Fiber Reinforcement
High Mechanical Strength & Stiffness
High Surface Hardness & Wear Resistance
Low Moisture Absorption (Superior to PA-CF)
No Buckling Deformation & Anti-Warping
Good Interlayer Bonding
Easy Printability for Entry-Level High Performance
Environmentally Friendly Formulation

TDS

MSDS

Brochure

SKUs

Das K7™ PET CF10 ist ein kohlefaserverstärktes PET-Material. Es bietet eine hohe Steifigkeit, hohe Oberflächenhärte, hohe Festigkeit und Verschleißfestigkeit. Als FDM-Hochleistungsmaterial für Einsteiger ist es extrem einfach zu drucken. Mit einer geringeren Feuchtigkeitsaufnahme als PA-CF eignet es sich für Strukturteile, die eine hohe Materialleistung erfordern.

Empfohlene Druckparameter

Düsentemperatur	250 ~ 290℃
Betttemperatur	90 ~ 110℃
Betthaftmittel	Klebeband oder Klebstoff
Aktiver Kühlventilator	0 ~ 50%
Schichthöhe	0.2mm
Wandstärke	≥ 0.8mm
Druckgeschwindigkeit	≤ 200mm/s

Technisches Datenblatt (TDS)

Materialeigenschaften	Typischer Wert	Testmethode
Schmelzflussrate (MFR)¹	60~70g/10min	ISO 1133
Wärmeformbeständigkeitstemperatur (HDT)²	80℃ (vor dem Tempern) / 182℃ (nach dem Tempern)	ISO 75
Vicat-Erweichungstemperatur (VST)³	102℃	ISO 306
Dichte	1.32~1.34g/cm³	ISO 1183
Geruch	Geruchlos	/
Löslichkeit	Wasserunlöslich	/

Printing Parameters

Nozzle Temperature: 250–290°C

Bed Temperature: 90–110°C

Bed Modification: PEI frosted board

Active Cooling Fan: 0–50%

Layer Height: 0.2 mm

Shell Thickness: ≥ 0.8 mm

Print Speed: ≤ 300 mm/s

Note: Settings are based on a 0.4mm nozzle. A hardened steel or ruby nozzle is recommended due to carbon fiber abrasiveness.

Description

Carbon Fiber Reinforcement: Chopped carbon fibers are embedded into the polymer matrix, dramatically enhancing tensile performance, dimensional accuracy, and structural integrity.

High Mechanical Strength & Stiffness: Delivers exceptional modulus and load-bearing performance, making printed parts ideal for demanding functional prototypes and end-use structural components.

High Surface Hardness & Wear Resistance: Features a rugged surface finish that resists scuffs, scratches, and mechanical wear under repeated friction.

Low Moisture Absorption (Superior to PA-CF): Significantly less hygroscopic than traditional polyamide (nylon) composite materials, eliminating the need for constant pre-print drying cycles and preventing steam bubbling during extrusion.

No Buckling Deformation & Anti-Warping: Carbon fiber alignment neutralizes internal thermal stress during cooling, preventing bed detachment, edge curling, or part deformation.

Good Interlayer Bonding: Specially modified resin base optimizes Z-axis cohesion to ensure high structural reliability along all stress axes.

Easy Printability for Entry-Level High Performance: Bridges the gap between basic desktop materials and advanced engineering plastics, providing accessible, hassle-free processing on standard desktop printers.

Environmentally Friendly Formulation: Uses sustainable base polymers combined with non-hazardous additives for low-odor, safer printing environments.