PLA, PLA+, and PETG form a ladder. Each step adds toughness or heat resistance and costs a little more ease. Pick the rung that matches the job.
How they compare
The table lines up the three. Ease falls and toughness rises as you move from PLA to PETG.
| Property | PLA | PLA+ | PETG |
|---|---|---|---|
| Ease of print | Easy | Easy | Medium |
| Toughness | Low | Medium | High |
| Heat resistance | Low | Low | Medium |
| Brittleness | High | Medium | Low |
| Nozzle temperature | 200 to 220 °C | 210 to 230 °C | 240 to 260 °C |
| Best for | Models | Tougher models | Functional parts |
When to pick each
Pick PLA for display models and prototypes. It prints at 200 to 220 °C and costs the least. Pick PLA+ for handled models and light functional parts. The eSUN PLA+ datasheet rates its impact above standard PLA. Pick PETG for real functional parts that face load or brief warmth. It prints at 240 to 260 °C, per the Prusament PETG datasheet.
Frequently asked
Which is easiest, PLA, PLA+, or PETG?
Is PLA+ stronger than PETG?
Which handles heat?
Should I move from PLA to PLA+ or PETG?
To compare two at a time, see PLA versus PETG, PLA versus PLA+, or PLA+ versus PETG.
Related guides
Related
Sources & methodology
5 citations · reviewed 2026-07-09- 01Prusament PLA Technical Datasheetaccessed 2026-06-29Tier 1
- 02eSUN PLA+ Technical Data Sheetaccessed 2026-07-06Tier 1
- 03Prusament PETG Technical Datasheetaccessed 2026-07-06Tier 1
- 04All3DP All 3D Printing Filament Types Explainedaccessed 2026-06-29Tier 2
- 053DSourced Complete 3D Printer Filament Guideaccessed 2026-06-29Tier 2