A 3D printed tool insert made with polyphenylene sulfide (PPS) using Arburg Freeformer. It has adequate heat resistance for moulding prototypes in silicone and certain thermoplastics.
Relevant materials
Silicone, Elastomer, Polysiloxane
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3D print, Elastomer, High temperature thermoplastic, Injection moulded, Silicon, Synthetic rubber
Injection moulded polyphenylene sulfide with 40% glass fibre (PPS-GF40)
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Automotive, Composite, E-glass, High temperature thermoplastic, Injection moulded, Plastic, Polyphenylene sulfide (PPS), Transport
3D printed glasses in in Ultem polyetherimide (PEI) by Weerg. This looks like Ultem 9085, which is a high performance material suitable for complex applications in the automotive, aerospace, and transportation parts. It is certified to UL94-V0 (flame retardant), EN45545 (railway), FAR25.853 and OSU55/55 (aerospace). Ultem 1010 is certified for use in applications that require direct skin contact, meeting strict biocompatibility standards. Image Weerg.
Relevant materials
PEI, High temperature plastic, Unfilled
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3D print, CNC machined, Fashion, High temperature thermoplastic, Plastic, Polyetherimide (PEI), Product, Prototype, Transparent
A CNC milled fountain pen in Ultem polyetherimide (PEI) produced by Schon DSGN, Philadelphia. Image Schon DSGN.
Relevant materials
PEI, High temperature plastic, Unfilled
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CNC machined, High temperature thermoplastic, Plastic, Polyetherimide (PEI), Product, Stationary, Transparent
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