- Description Powerful for special applications Spectrum PPS AM230™ is an outstanding outstanding product in the range of high tempera… More
- Technical data Technical Data Material: PPS Diameter: 1.75 [mm] Diameter tolerance: +/- 0.03 [mm] Density: 1... Read More
- Data sheets Safety data sheetTechnical data sheet... Read More
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Powerful for special applications
Spectrum PPS AM230™ is an outstanding outstanding product in the range of high temperature filaments offered by offered by Spectrum. This material is based on an engineered PPS polymer with exceptionally impressive mechanical properties. Even under prolonged exposure to high temperatures (over 100°C) the stiffness, strength and creep resistance remain unchanged. In fact Spectrum PPS AM230™ achieves an impressive softening temperature (VICAT) of up to 236°C. of up to 236°C.
In addition, this filament is characterized this filament is characterized by extraordinary chemical resistance, as it can be practically insoluble in all known solvents, including concentrated acids and bases. A distinctive feature of Spectrum PPS AM230™ is its inherent non-flammability, even without the addition of flame retardants. flame-retardant substances. Thanks to its high dielectric strength the PPS material is ideal as an insulator. It is also worth mentioning that PPS has excellent excellent adhesion to silicone, which enhances its functional properties in applications that require airtight connections between different components. between different components.
The impressive properties of PPS enable extremely versatile applications in the field of 3D printing, especially in industries such as electronics and automotive, where components must withstand the highest mechanical, electrical, thermal and chemical loads. must withstand the highest mechanical, electrical, thermal and chemical loads.
The Spectrum PPS AM230™ filament was specially developed for use in high-temperature 3D printers where the nozzle where the nozzle temperature is 300-330°C and the printing platform temperature is 100-120°C. It is recommended to store the printed model in a heated dimensional stability of the material in a heated chamber (60-80°C) before it is before it is removed to prevent stress cracking due to sudden temperature changes, especially temperature changes, especially for geometrically complex models. models.
Technical Data
Material: PPS
Diameter: 1.75 [mm]
Diameter tolerance: +/- 0.03 [mm]
Density: 1.33 g/cm3
Thermal resistance: HDT B - 129°C, VICAT - 236°C
Surface: glossy
Verify your spool: YES (online diagram: diameter over the entire spool length, average diameter, ovality, standard deviation individually for each spool)
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