Material Advisor

Which ProLine material do you need?

Answer 1–2 short questions. You'll instantly get a suitable recommendation for your functional 3D printed part.

For functional parts Technical Filaments Field-tested at JESA

What does your part need to withstand?

How hot does it get approximately?

What kind of stress is crucial?

Recommendation

ProLine ABS

Tough, impact-resistant, and a sensible entry into technical filament. Suitable for functional parts where PLA is too soft, too brittle, or too heat-sensitive.

35–40
Tensile Strength MPa
88 °C
HDT
7–10.5
Impact Strength kJ/m²
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Does your part require additional high rigidity? Then check out ProLine ABS-GF — glass fiber reinforced, dimensionally stable, and high-speed capable.
Recommendation

ProLine ABS-GF

Glass fiber reinforced ABS for rigid, dimensionally stable, and robust components. Particularly useful when fit accuracy and shape stability are more important than maximum toughness.

3.360+
Flexural Modulus MPa
85 °C
Continuous Use Temperature
800
mm/s High-Speed
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Recommendation

ProLine ASA-CF

UV and weather resistant ASA-based filament with carbon fiber reinforcement. For functional parts that are used outdoors permanently.

39–42
Tensile Strength MPa
85 °C
Continuous Use Temperature
< 0.5 %
Moisture Absorption
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Recommendation

ProLine PET-CF

The easy heat solution for technical components. Up to 120 °C continuous use and still comparatively easy to print — even without an industrial heated chamber.

75–85
Tensile Strength MPa
120 °C
Continuous Use Temperature
190 °C
HDT
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Does your part additionally require maximum mechanical strength at 120 °C? Then ProLine PPA-CF is the stronger choice.
Recommendation

ProLine PPA-CF

Engineering grade for highly stressed functional parts. Very high tensile strength, low moisture absorption, and strong performance under continuous load.

108–112
Tensile Strength MPa
120 °C
Continuous Use Temperature
< 0.1 %
Moisture Absorption
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Recommendation

ProLine PPS-CF

The high-performance material for extreme conditions: high temperature, chemical resistance, and flame retardancy according to UL 94 V-0.

220 °C
Continuous Use Temperature
UL 94 V-0
Flame Retardancy
95–105
Tensile Strength MPa
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