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Industrial Material Categories

Explore the properties, performance, and capabilities of advanced materials used in industrial 3D printing. From high-performance thermoplastics to fiber-reinforced materials, discover solutions designed for strength, durability, heat resistance, and demanding engineering applications.

Industrial Material

Key Material Considerations

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Mechanical Strength

Determines a material’s ability to withstand heavy loads, mechanical forces, impacts, and prolonged stress in demanding industrial applications.

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Heat Resistance

Indicates how well a material retains its strength, shape, and performance when exposed to high operating temperatures.

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Chemical Resistance

Measures a material’s ability to withstand exposure to chemicals, oils, solvents, fuels, and harsh industrial environments without significant degradation.

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Dimensional Stability

Indicates how well a material maintains its precise shape and dimensions under varying temperatures, mechanical loads, and environmental conditions.

Industrial Material Categories

Standard Nylon Materials

PA12
PA11

PA12

  • Material Type: Polyamide 12 (PA12)

  • Technology: SLS / MJF

  • Density: ~0.95–1.03 g/cm³

  • Tensile Strength: ~45–55 MPa

  • Elongation at Break: ~10–20%

  • Heat Deflection Temperature: ~90–110°C

  • Chemical Resistance: Excellent

MJF Part

Technical Specifications

PA12 is a strong and durable nylon material offering excellent dimensional stability, chemical resistance, and wear resistance. It is suitable for functional parts, housings, and demanding industrial applications.

Reinforced Materials

PA12 Glass Beads
Carbon Fiber Reinforced

PA12 Glass Beads

PA12 Glass Beads is reinforced with glass beads to provide improved stiffness, dimensional stability, and wear resistance. It is ideal for functional parts, housings, fixtures, and industrial components.

  • Material Type: Glass Bead Reinforced Polyamide 12

  • Technology: SLS / MJF

  • Density: ~1.10–1.30 g/cm³

  • Tensile Strength: ~45–65 MPa

  • Elongation at Break: ~5–15%

  • Heat Deflection Temperature: ~90–120°C

  • Chemical Resistance: Excellent

SLS part

Technical Specifications

Resin 3D Printing Best Practices

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Proper Material Handling

Store nylon powders in dry, controlled conditions to minimize moisture absorption and maintain consistent print quality.

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Powder Refresh & Recycling

Follow the recommended powder refresh ratio and handling procedures to maintain consistent material performance.

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Optimize Print Parameters

Use recommended build temperature and process parameters for consistent part quality, strength, and dimensional accuracy.

Proper Part Orientation

Proper Part Orientation

Optimize part orientation and packing to improve dimensional accuracy, surface quality, and overall production efficiency.

Need Help Choosing the Right Industrial Material?

Not sure which resin is best for your project? Our team can help you select the right material based on your application and performance requirements.

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