TitanX™
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Sheet Product name: TitanX™ TitanX is an industrial-grade, high-performance and FFF/FDM-optimized ABS based engineering filament. TitanX is the evolution of ABS into a warp-free filament with unsurpassed mechanical properties and is extremely suitable for 3D printing large scale and high precision engineering objects. TitanX is truly FFF/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. Typical value Test Method Test condition Melt flow rate 41 g/10min ISO 1133 260° C/5Kg Water absorption - - - Moisture absorption - - - Mechanical Impact strength Tensile strength Tensile modulus Elongation at break Flexural strength Flexural modulus Hardness Thermal Print temperature ± 240 - 260° C - Melting termperature ± 235 ± 10° C ISO 294 Viscat softening temp. ± 97° C ISO 306 Optical Haze - - Transmittance - - Gloss - - Charpy Notched @23° C (73° F) @Yield 50mm/min (2 inch/min) 1mm/min @ Break 50mm/min (2 inch/min) Product details, certifications and compliance HSCode 39169090 REACH compliant Yes RoHS certified Yes Diameter Tolerance Roundness Formfutura BV Groenestraat 215 6531 HH Nijmegen The Netherlands Email: info@formfutura.com Website: www.formfutura.com All information supplied by or on behalf of Formfutura in relation to its products, whether in the nature of data, recommendations or otherwise, is supported by research and, in good faith, believed reliable, but Formfutura assumes no liability and makes no warranties of any kind, express or implied, including, but not limited to, those of title, merchantability, fitness for a particular purpose or non-infringement or any warranty arising from a course of dealing, usage, or trade practice whatsoever in respect of application, processing or use made of the forementioned information or product. The user assumes allresponsibilityfor the use ofallinformation provided and shall verifyqualityand other properties or anyconsequence from theuse of all such information. Typical values are indicative only and are not to be construed as being binding specifications.