Which filament is best for beginners?

PLA is the best filament for beginners — it prints at a low temperature, needs no enclosure and sticks easily to most beds.

Which filament is strongest?

Polycarbonate (PC) is among the strongest and most heat-resistant common filaments, followed by nylon; both need high temperatures and an enclosure.

What filament is best for outdoor use?

ASA is the best common filament for outdoor use because it resists UV; PETG is a good easier alternative for milder outdoor exposure.

Which 3D Printing Filament Should You Use? — Material Chooser

There is no single "best" filament — only the best one for your part. Find the row that matches your goal below, then follow the link for full settings tuned to your printer.

Pick by what the part needs to do

If I’m a beginner or just want it to print easily

Use PLAPLA is the most forgiving filament: low temperature, no enclosure, sticks to almost anything.

If The part must survive heat, sun or a hot car

Use PETG or ASAPETG handles ~70–80°C and weather; for full sun and UV, step up to ASA.

If I need a strong, functional mechanical part

Use PETG or ABSPETG is tough and easy; ABS adds heat resistance if you have an enclosure.

If The part needs to bend, grip or absorb shock

Use TPUTPU is rubber-like and flexible — ideal for gaskets, grips, phone cases and wheels.

If It lives outdoors in direct sunlight

Use ASAASA resists UV so it keeps its colour and strength where ABS would yellow and crack.

If I need maximum strength and heat resistance

Use Polycarbonate or Nylon (PA)Polycarbonate is one of the strongest, most heat-resistant filaments; nylon wins for wear and living hinges.

If I want tougher prints than PLA but the same easy printing

Use PLA+PLA+ prints almost exactly like PLA but is less brittle and more impact-resistant.

If I want a premium look (metallic sheen or wood)

Use Silk PLA or Wood PLASilk PLA gives a glossy metallic finish; wood PLA looks and sands like real wood.

If I need stiff, lightweight parts (drones, jigs)

Use PLA-CF or PETG-CFCarbon-fibre filaments are rigid and matte — fit a hardened nozzle for them.

If I need dissolvable or break-away supports

Use PVA or HIPSPVA dissolves in water (pairs with PLA); HIPS dissolves in limonene (pairs with ABS).

Quick property matrix

Higher is better. Green = strong, amber = moderate, red = weak.

Filament	Strength	Heat	Flex	Durability	Ease	Level
PLA	55	20	10	30	95	Beginner
PLA+	65	25	20	55	90	Beginner
PETG	70	55	40	75	70	Intermediate
ABS	70	75	35	80	40	Advanced
ASA	72	78	35	85	40	Advanced
TPU	50	45	100	90	55	Intermediate
Nylon (PA)	85	70	60	95	30	Advanced
Polycarbonate	95	95	45	95	25	Advanced

💡 Still deciding between two? See the side-by-side comparisons or the temperature chart. Once you’ve chosen, pick your printer for exact settings.

The three most common choices

PLA — the defaultEasiest to print. Prototypes, toys, display models.

PETG — the all-rounderTough, weather-resistant, still easy. Functional parts.

ABS/ASA — the tough oneHeat-resistant. Needs an enclosure and ventilation.

Reviewed 2026-08-18. Recommendations are general guidance — your exact needs and printer may change the ideal pick.

Which 3D printing filament should you use?

Pick by what the part needs to do

Quick property matrix

The three most common choices