Materials

Complete Guide to 3D Printing Materials

Choosing the right material is crucial to the success of your 3D printing project. From beginner-friendly PLA to high-performance PEEK, each material has its own properties, processing temperatures and areas of application. In this comprehensive guide, we take you through all the popular 3D printing materials and help you make the best choice for your specific project.

Spools of 3D printer filament in various colours for 3D printing

The main material categories

  • Beginner Materials: PLA, PETG — easy to print
  • Engineering Materials: ABS, Nylon, PC — strong applications
  • High-Performance: PEEK, PEI, Carbon fibre — extreme performance

PLA - Polylactic Acid

The most popular beginner material.

Properties

  • Print temperature: 180-220°C
  • Bed temperature: 60°C (optional)
  • Biodegradable: yes, from corn starch
  • Colours: huge variety available

Advantages

  • Very easy to print
  • No odour during printing
  • Cheap and widely available
  • Biodegradable

PLA Variants

  • Standard PLA — €0,25/cm³
  • PLA+ — €0,30/cm³
  • Wood-filled PLA — €0,40/cm³
  • Metal-filled PLA — €0,55/cm³

Ideal for: prototypes and models, decorative objects, beginners in 3D printing and educational projects.

ABS - Acrylonitrile Butadiene Styrene

Versatile engineering material.

Properties

  • Print temperature: 220-250°C
  • Bed temperature: 80-110°C
  • Strength: higher than PLA
  • Heat resistance: up to 80°C

Advantages

  • Stronger than PLA
  • Heat resistant
  • Post-processing possible
  • Recyclable

ABS specifications: price €0.32/cm³, tensile strength 40-50 MPa, good flexibility — not brittle. Ideal for functional parts, automotive applications, tools and fixtures, and electronic housings.

PETG - Polyethylene Terephthalate Glycol

The best of both worlds.

Why PETG?

PETG combines the ease of printing PLA with the strength of ABS. It is chemically resistant, available crystal clear and FDA approved for food contact.

Properties

  • Print temperature: 220-250°C
  • Bed temperature: 70-80°C
  • Transparency: crystal clear possible
  • Food safe: FDA approved

PETG Advantages

  • As easy to print as PLA
  • Stronger than PLA
  • Chemically resistant
  • No warping
  • Recyclable

Price: €0.35/cm³. Ideal for mechanical parts, food packaging and transparent applications.

Advanced Materials

Nylon (PA)

Extremely strong and flexible, ideal for mechanical parts. Temperature: 250-270°C. Strength: very high. Price: €0.65/cm³.

TPU (Flexible)

Rubber-like material for flexible applications. Temperature: 220-250°C. Flexibility: very high. Price: €0.85/cm³.

PEEK

Aerospace-grade material with extreme performance. Temperature: 360-400°C. Performance: aerospace. Price: €15.00/cm³.

Carbon Fibre

Lightweight and extremely strong for high-end applications. Weight: 20% lighter. Strength: 5x stronger. Price: €1.20/cm³.

Polycarbonate (PC)

Heat-resistant and optically clear material. Temperature: 270-310°C. Heat resistance: 140°C. Price: €0.75/cm³.

Metal Filled

Filled with steel, bronze or copper for an authentic metal finish. Finish: polishable. Weight: 3x heavier. Price: €0.90/cm³.

Choose the Right Material

For Beginners

  • PLA — first projects
  • PETG — when you want more strength
  • PLA+ — improved properties

Functional Parts

  • ABS — general applications
  • PETG — chemical resistance
  • Nylon — mechanical strength

Special Applications

  • TPU — flexible parts
  • PEEK — Aerospace/Medical
  • Carbon Fibre — lightweight & strong

Conclusion

Choosing the right material determines the success of your project. Start with PLA for prototypes, use PETG for functional parts and choose specialised materials for specific applications.

At Makernaut, we help you choose the perfect material for your specific application. Our materials experts are ready to advise you.

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