Formfutura TitanX™ Black 1.75 mm

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Formfutura TitanX™ Black 1.75 mm
Formfutura TitanX™ Black 1.75 mm

Description

TitanX™ is a revolutionary new high-performance and FDM-optimized engineering filament. TitanX™ is the evolution of ABS into a warp-free filament extremely suitable for 3D printing large scale and high precision engineering objects. With TitanX™ we present an industrial-grade ABS-type of 3D printer filament with unsurpassed mechanical properties which is uniquely modified with its FDM-optimization technology. TitanX™ is truly FDM-optimized as it has zero warping, a perfect interlayer adhesion and can be printed directly on a heated glass plate without any adhesives or tapes to be used. This FDM-optimization combined with a perfect filament flowing behavior, thermal stability and far above average impact resistance make TitanX™ a perfect filament for 3D printing large scale engineering objects with a remarkable fine detail. FDM-optimized Excellent adhesion to heated glass plate, Kapton tape, PET tape and EasyPad™ Warp-free Perfect inter-layer adhesion Greatly improved mechanical properties High impact resistance Great thermal stability and filament flowing behavior FDA food and drink contact compliant TitanX™ has an excellent roundness and very tight diameter tolerances, which makes this filament a perfect match with all common desktop 3D printers.

Additional information

Specification: Formfutura TitanX™ Black 1.75 mm

Header

Formfutura TitanX™ Black 1.75 mm

Colour

Black

Ean

8718924476130

Brand

Formfutura

Weight

0.75

Material name

Formfutura TitanX™ Black 1.75 mm

Technology

FDM

How it comes

Filament

General material type

Plastic

Material group specific material type

ABS

Model number

175TITX-BLCK-0750

Continent

Europe

Company

Formfutura

Country

Netherlands

Name

TitanX™

Diameter

1.75 mm

Spool

Yes

Certifications

rohs, reach, fda

Transparency

0

Min printing temperature

240 °C

Max printing temperature

260 °C

Compatibility

All

Legal Disclaimer

3DC LTD is not liable for the accuracy of the information contained within this database. Please consult directly with the relevant machine and/or material manufacturers before determining fitness for a particular use.
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