Italian 3D printer manufacturer ROBOZE has released a new amorphous thermoplastic polyamide filament for its ARGO generation 3D printers. Named EXTEM™ AMHH811F, the materials has manufactured in collaboration with world-wide chemical substances producer SABIC. The new filament is very heat resistant and flame-retardant, and is, in some conditions, intended to replace metals in intense applications. Keith Cox, SABIC’s senior organization manager for Additive Manufacturing certification, commented:
“To permit shoppers to print superior quality components for a assortment of demanding substantial heat apps, SABIC and ROBOZE have worked intently alongside one another to optimize print parameters and secure UL recognition for EXTEM parts printed on ROBOZE solution.”
3D printing certification components at SABIC
Launched in 1976, SABIC is a global producer in diversified chemical compounds headquartered in Riyadh, Saudi Arabia. The organization has operations in about 50 nations in key finish marketplaces this sort of as design, health-related products, packaging, agri-nutrients, electrical and electronics, transportation and clean up energy.
It has produced a variety of supplies for additive manufacturing certification. Most not too long ago the organization launched a breakaway content for FFF 3D printers. In 2018 SABIC also introduced three new FFF filaments for conclusion-use and prototyping functions.
ROBOZE has worked with SABIC on a prior event, collaborating to build an FFF polycarbonate filament for ROBOZE’s 3D printer system in 2018. The material is characterised by large effects resistance and ductility at minimal temperatures (up to -30° C).
Changing metals with heat resistant 3D printing certification filament
Partnering when far more, SABIC’s EXTEM AMHH811F filament is now accessible to use with ROBOZE ARGO 3D printers. The ARGO 500, launched for the duration of Formnext 2017, characteristics a print quantity of 500 x 500 x 500 mm, and is geared to creation for the aerospace, automotive, and industrial sectors.
The EXTEM AMHH811F material is a semi-transparent thermoplastic polyimide (TPI). It is characterised by its warmth resistance, with a warmth deflection of up to 230°C, and the means to sustain its mechanical strength at higher temperatures. It also has a 247°C glass changeover (Tg) temperature. Additionally, the materials is flame-retardant, has superior chemical resistance and ignition resistance, as effectively as great dimensional steadiness and uncomplicated processability.
ROBOZE claim that the EXTEM AMHH811F filament has obtained the Blue Card recognition from UL, a world wide safety consulting and certification business based in Illinois, with V0-075 certification on ,75 mm thick samples printed by the ROBOZE ARGO technique. UL’s Blue Card program was launched in early 2019 in order to give additional product transparency and quality assurance for 3D printing certification components.
As this kind of, ROBOZE thinks the material can address the desires of large performing metal goods these kinds of as thermal and acoustic shields, enclosures for electronic components and sensors for electric vehicles. Alessio Lorusso, ROBOZE CEO & Founder, concludes: “With ROBOZE ARGO Output 3D Printers and the new EXTEM™ AMHH811F filament, we can maximize the opportunities for Metallic Alternative. I’m certainly absolutely sure that all this will warranty good strengths in terms of velocity and productiveness for the end users.”
ROBOZE will be premiering the first EXTEM AMHH811F 3D printed areas during Formnext 2019, at booth 121-C61.
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Showcased impression shows 3D printed aspect with EXTEM AMHH811F filament. Image via ROBOZE.