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Nylon

Good mechanical and chemical properties make them perfect for both prototype and production functional applications.

Nylons, the most common and generic name for polyamides, are a family of polymers with excellent mechanical properties combined with interesting thermal and chemical performance. They can reach high deformation temperature values, especially if added with fillers. These additions, in addition to altering the thermal properties, lead to a reduction in ductility but better abrasion resistance and dimensional stability.

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Nylons available

Nylon PA 12

Polyamide 12 - Nylon 12

  • 3D MJF Multi Jet Fusion

Its versatility and low production cost have made it one of the most used materials in the manufacturing industry.

Nylon PA 12 White

Polyamide 12 - Nylon 12 - HP 3D High Reusability PA 12 W

  • 3D MJF Multi Jet Fusion

The white color allows it to be used in all possible colors, to be able to adapt it to one's own production line and used in one's reference ...

Nylon PA 11

Polyamide 11 - Nylon 11

  • 3D MJF Multi Jet Fusion

Characterized by high ductility and flexibility, it is an optimal choice where strength and performance are fundamental.

Nylon PA 12 + Carbon Fiber

Nylon 12 CF - PA12CF - Nylon 12 Carbon Fibre

  • 3D FDM Fused deposition modeling

It is a composite material made by reinforcing the Nylon base with Carbon Fibre. The result is a stable material, with high mechanical ...

Nylon PA 6 + Carbon Fiber

Nylon 6 CF - PA6CF - Nylon 6 Carbon Fibre

  • 3D FDM Fused deposition modeling

It is a composite material made by reinforcing the Nylon base with Carbon Fibre. The result is a stable material, with high mechanical ...

Nylon PA12 40% GF Glass Filled

Nylon PA 12 Glass Beads - Nylon PA 12 40% Glass Beads

  • 3D MJF Multi Jet Fusion

Suitable to withstand demanding conditions, it is recommended in all applications where thermal stability and structural rigidity are ...

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Production technologies

Multi Jet Fusion
Learn more about technology
Multi Jet Fusion (MJF) technology is a 3D dust-bed printing system developed by HP. Unlike SLS technology, this technology does not require a laser to sinter the material. A powder bed is deposited inside the print build and heated to a fixed temperature. A melting agent is deposited on these powders where the material will have to melt and a ...
Fused deposition modeling
Learn more about technology
Fused deposition modelling or FDM creates the components layer by layer by depositing discrete material via a 0.40 mm diameter nozzle. The print head moves in XY and deposits a single layer. Subsequently the printing plane, the Z axis, moves downwards to allow the deposition of the next layer. The ...

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