Filament Spectrum PPS AM230 1.75mm 0.75kg
Filament Spectrum PPS AM230 1.75mm 0.75kg
Spectrum PPS AM230 is another in a series of specialized high-temperature filaments offered by Spectrum. The basis of our material is a modified PPS polymer with exceptionally high mechanical properties. More
Product code: spe_0767 Transport and payment options
Spectrum PPS AM230 is another in a series of specialized high-temperature filaments offered by Spectrum. The basis of our material is a modified PPS polymer with exceptionally high mechanical properties. More
Product code: spe_0767 Transport and payment options
Hodnocení produktu
Filament Spectrum PPS AM230
High performance for special applications
Spectrum PPS AM230 is another in a series of specialized high-temperature filaments offered by Spectrum. The basis of our material is a modified PPS polymer with extremely high mechanical properties. Even under continuous load at high temperatures (above 100°C), stiffness, strength, and creep resistance do not change. Spectrum PPS AM230 has a softening point (VICAT) up to 236°C.
The filament also features remarkable chemical resistance - it is practically insoluble in any known solvent, including concentrated acids and bases. A characteristic feature of the Spectrum PPS AM230 material is its natural non-flammability even without the use of flame retardant additives. Due to its high dielectric strength, PPS material is ideally suited as an insulator. It is also worth mentioning that PPS exhibits excellent adhesion to silicone, which successfully enhances its functional properties in applications requiring airtight joints between individual components.
The impressive properties of PPS allow for very versatile use in 3D printing. Especially in the electronics and automotive industries, where parts must withstand the highest mechanical, electrical, thermal, and chemical stresses.
Filament Spectrum PPS AM230 is intended for use in high-temperature printers (head temperature 300-330°C; working platform 100-120°C) with an actively heated chamber (60-80°C). Despite the high dimensional stability of the material, we recommend that to prevent cracking caused by sudden temperature changes (especially if the model is geometrically complex), leave the model in the warm chamber to gradually cool before removing.
Advantages
- Thermal resistance HDT (0.45MN/m2) - 129°C
- Vicat softening point - 236°C
- excellent thermal resistance
- very high dimensional stability
- resistant to solvents
- high dielectric strength
- ideal layer bonding
Applications:
- active parts of devices and machines
- components of precision systems
- parts of devices exposed to concentrated acids, bases, and solvents.
- manufacturing equipment