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ABS vs PC

How ABS and PC compare, from typical settings across every filament we list.

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Short answer

Choose PC when you need the most strength and heat resistance a desktop printer can manage, and your printer reaches around 260–300 °C. Choose ABS for tough, heat-resistant parts that are easier to print and finish.

At a glance

Our rating, out of 5
ABS vs PC ratings
ABS PC
Ease of printing Easier to print
Toughness Tougher
Stiffness Stiffer
Heat resistance More heat resistant
Outdoor and UV Better outdoors
Flexibility
Setup Needs an enclosure, Needs ventilation Needs an enclosure, Dry before printing, Needs ventilation
ABS vs PC side by side
ABS PC
Full name Acrylonitrile butadiene styrene Polycarbonate
Filaments listed 151 47
Brands 72 27
Colours 1,021 131
Nozzle temperature 230–260 °C 260–300 °C
Bed temperature 90–110 °C 100–120 °C
Density 1.04 g/cm³ 1.20 g/cm³
Length of 1 kg (1.75 mm) about 400 m about 346 m
Max drying temperature 80 °C 75 °C

Temperatures are medians across each material's filaments, rounded to 5 °C. Always check the maker's settings for a specific filament.

Brands that make both

25 brands make both ABS and PC; these have the most of each.

ABS vs PC questions

Is PC stronger than ABS?

Yes. Polycarbonate is stronger, stiffer and more impact resistant, and handles higher temperatures (around 110–140 °C against around 95–100 °C for ABS).

Can my printer print PC if it prints ABS?

Not always. PC needs a nozzle of around 260–300 °C, usually from an all-metal hotend, and a hotter bed. Many printers that handle ABS cannot reach those temperatures.

Which is easier to print?

ABS. Both need an enclosure, but PC prints hotter, warps more and must be kept dry.

What about PC-ABS?

A blend of the two: tougher and more heat resistant than ABS, but easier to print than pure PC. It is a good choice if your printer struggles with PC.