With dozens of filament types available, selecting the right material is the most consequential decision in any 3D printing project. PLA, PLA+, PETG, and nylon each occupy distinct positions in the performance spectrum — and understanding where they overlap and differ prevents costly material mismatches. This comparison covers the mechanical, thermal, and practical differences to help you make confident filament choices.
PLA vs PLA+ vs PETG vs Nylon: Quick Reference
| Eigentum | PLA | PLA+ | PETG | Nylon (PA6/PA12) |
|---|---|---|---|---|
| Print Temperature | 190-220°C | 200-230°C | 230-250°C | 250-280°C |
| Temperatur im Bett | 50-60°C | 55-65°C | 70-85°C | 80-100°C |
| Ease of Printing | Ausgezeichnet | Sehr gut | Mäßig | Challenging |
| Zugfestigkeit | 48–55 MPa | 50-65 MPa | 45-55 MPa | 60-80 MPa |
| Schlagzähigkeit | Niedrig | Mittel | Mittel bis hoch | Sehr hoch |
| Hitzebeständigkeit | Low (~55°C) | Low-Medium (~60°C) | Medium (~75°C) | High (~100°C+) |
| Feuchtigkeitsempfindlichkeit | Niedrig-Mittel | Mittel | Hoch | Sehr hoch |
| Price per kg (USD) | $15-25 | $20-35 | $20-30 | $40-80 |
PLA: The Universal Starting Point
PLA is the best entry point into 3D printing for three reasons: it prints flawlessly on nearly any printer, it is affordable, and it produces parts with excellent surface finish. The material shines in visual prototypes, educational models, and decorative prints where appearance matters more than strength. PLA’s limitations — brittleness, low heat resistance, and poor creep resistance — are rarely relevant for display or learning applications.
PLA+: The Practical Upgrade
PLA+ occupies a “sweet spot” between beginner-friendly PLA and more demanding materials. Its improved impact resistance transforms PLA from a brittle display material into a viable solution for many functional applications. The extra 5-15°C on the nozzle is minor, and the printing experience remains nearly as forgiving as standard PLA.
Choose PLA+ when your parts will experience handling, assembly, or occasional impact. The 30-40% price premium pays for itself on the first critical part that does not shatter during testing or shipping.
PETG: The Workhorse Material
PETG offers a significant step up in heat resistance and durability compared to PLA and PLA+. It softens around 75°C — hot enough for automotive interiors, dishwasher-safe parts, and outdoor enclosures in most climates. PETG is considerably tougher than standard PLA and bridges the gap between easy-to-print and engineering-grade materials.
The trade-off is printability. PETG requires a higher bed temperature (70-85°C), is stringier, and is less forgiving with first-layer height. Once dialed in, it produces consistently strong, functional parts at a reasonable price point.
Nylon: The Engineering-Grade Option
Nylon (PA6/PA12) is the top-performing filament in mechanical and thermal capability. It offers up to 80 MPa tensile strength, survives temperatures above 100°C, and delivers exceptional layer adhesion when printed correctly. It is the only material in this comparison suitable for genuine end-use production parts.
Successful nylon printing requires specific hardware: an all-metal hot end, a heated bed capable of 80-100°C, an enclosure to prevent warping, and active filament drying (nylon absorbs moisture so aggressively that it can become unprintable within hours of exposure to ambient air).
For industrial B2B applications — such as production jigs, machine components, and durable prototypes — nylon is the material of choice. Nylon Plastic offers PA6 and PA12 filament with consistent diameter tolerance and batch-tested mechanical properties for professional applications.
Material Selection Decision Guide
| Anwendung | Recommended Material | Reason |
|---|---|---|
| Visual prototypes | PLA | Cost-effective, excellent surface finish |
| Snap-fit enclosures | PLA+ | Impact resistance prevents cracking |
| Outdoor brackets | PETG | UV and heat resistance for exterior use |
| Production jigs | Nylon (PA6/PA12) | Maximum durability for repeated use |
| Gears and bearings | Nylon | Self-lubricating, wear-resistant |
| Automotive interior | PETG or Nylon | Must survive 60-80°C interior temps |
Warum Sie sich für Nylon-Kunststoff entscheiden sollten, wenn es um 3D-Druck und technische Kunststoffe geht
Mit über 10 Jahren Erfahrung im Bereich technischer Kunststoffe beliefert Nylon Plastic B2B-Kunden weltweit mit Hochleistungswerkstoffen. Unser Sortiment umfasst Nylon (PA6, PA66, PA12), POM, PEEK sowie 3D-Druckfilamente wie PLA, PLA+ und PETG. Jede Charge wird vor dem Versand auf Durchmessertoleranz (±0,03 mm), Feuchtigkeitsgehalt und mechanische Eigenschaften geprüft.
- Nach ISO 9001 zertifizierte Produktionsstätten
- Großabnahme zu wettbewerbsfähigen B2B-Preisen
- Technische Unterstützung bei der Materialauswahl und den Druckparametern
- Schneller weltweiter Versand aus mehreren Lagern
- Maßgeschneiderte Materialrezepturen für OEM-Projekte verfügbar
FAQ
When is 3D Printing Materials: PLA, PLA+, PETG and Nylon Compared a good option?
3D Printing Materials: PLA, PLA+, PETG and Nylon Compared is a good option when fast iteration, complex geometry, low tooling cost, or low-volume production is more important than molded-part unit cost.
What should be checked before choosing 3D Printing Materials: PLA, PLA+, PETG and Nylon Compared?
Prüfen Sie die Größe des Teils, die Materialeigenschaften, die Oberflächenbeschaffenheit, die Maßtoleranz, die Wärmeeinwirkung, die Belastungsrichtung und ob eine Nachbearbeitung erforderlich ist.
How does 3D Printing Materials: PLA, PLA+, PETG and Nylon Compared compare with CNC machining?
Mit dem 3D-Druck lassen sich komplexe Formen schnell erstellen, während die CNC-Bearbeitung für präzise Oberflächen, engere Toleranzen und serienreife Materialien oft besser geeignet ist.
What affects the cost of 3D Printing Materials: PLA, PLA+, PETG and Nylon Compared?
Die Kosten hängen vom Material, dem Bauvolumen, der Druckzeit, der Schichthöhe, der Entfernung von Stützen, der Endbearbeitung, der Prüfung und der Anzahl der Teile im Bau ab.
Weiterführende Lektüre
- PETG vs. PLA - Ein technischer Vergleich für den funktionalen 3D-Druck
- PLA+ vs. PLA: Festigkeit, Hitzebeständigkeit und Druckqualität im Vergleich
- TPU vs. TPE – Vergleich flexibler 3D-Druckmaterialien
Buyer Selection Matrix
| Material | Best Use | Abwägung |
|---|---|---|
| PLA | Fast prototypes and visual samples | Lowest heat resistance |
| PLA+ | Improved hobby parts and simple fixtures | Still limited for hot or load-bearing use |
| PETG | Allzweck-Funktionsteile | Can string and soften under heat |
| Nylon | Functional parts with wear and fatigue load | Needs drying and tighter process control |
Warum Nylon-Kunststoff?
Nylon Plastic supports material selection when teams need to compare printability, heat resistance and functional strength before moving a part into production.
