3DXTech CarbonX HTN+CF

3DXTech CarbonX™ HTN+CF – High-Performance Nylon with Carbon Fiber

CarbonX™ HTN+CF from 3DXTech is a high-temperature nylon (PPA) reinforced with carbon fibers – designed for parts that require maximum strength, stiffness, and heat resistance. With excellent dimensional stability and low moisture absorption, it is ideal for industrial and technical applications where standard materials are insufficient.

Highlights & Benefits

• Extremely durable: Tensile strength 87 MPa, heat deflection 240 °C.
• Carbon fiber reinforced: High stiffness & shape stability even under load.
• Precise printing results: Low shrinkage & excellent dimensional accuracy.
• Chemical resistant: Resistant to oils, fuels, acids, and salts.
• Industrial applications: Suitable for automotive, aerospace, oil & gas, and demanding industrial projects.
• Versatile use: Ideal for tools, fixtures & functional prototypes.

Developed for extreme requirements

CarbonX HTN+CF combines PPA high-temperature nylon with high-modulus carbon fibers. The result: excellent mechanical properties, high heat deflection temperature, and stability in environments where other materials fail.

Durable in harsh environments

The filament is resistant to moisture and aggressive chemicals – including fuels, oils, acids, and salts. This makes it the first choice for use in automotive engineering, aerospace, oil & gas industry, and mechanical engineering.

Reliable printability

Recommended printing settings:

• Extrusion: 285–315 °C
• Print bed: 110–130 °C
• Nozzle: hardened steel ≥ 0.4 mm
• Drying: 90–120 °C for 4 hours
• Optional: heated chamber for best results

With these parameters, CarbonX HTN+CF delivers outstanding surface quality and dimensional accuracy.

Made in the USA

Manufactured in 3DXTech’s state-of-the-art facility in Grand Rapids, Michigan, CarbonX HTN+CF guarantees consistent quality and industrial performance – for your most demanding 3D printing projects.

Order 3DXTech CarbonX HTN+CF now and print industrial-quality parts with maximum strength, precision, and heat resistance.