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Home » Listings » University of Debrecen » Filaments

Filaments

Added on 2022.09.19.

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Filaments of FDM/FFF 3D printers

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University of Debrecen

Member since 2022.09.19.

Related Listings

Fillamentum ASA Extrafill

Added on 2023.09.17.

Data source: University of Debrecen

Diameter: 2.85 mm

Tensile strength X: 37.7 MPa

Tensile strength Y: 33.0 MPa

Tensile strength Z: 4.9 MPa

Compression strength X-Y: 43.9 MPa

Compression strength Z: 41.7 MPa

Young modulus X: 2,150 MPa

Young modulus Y: 1,790.0 MPa

Compressive modulus X-Y: 1,392.0 MPa

Compressive modulus Z: 1,254.0 MPa

Fillamentum HIPS

Added on 2023.09.17.

Data source: University of Debrecen

Diameter: 2.85 mm

Tensile strength X: 23.4 MPa

Tensile strength Y: 23.4 MPa

Tensile strength Z: 4.6 MPa

Compression strength X-Y: 36.8 MPa

Compression strength Z: 36.0 MPa

Young modulus X: 1,813 MPa

Young modulus Y: 2,103.0 MPa

Compressive modulus X-Y: 1,092.0 MPa

Compressive modulus Z: 978.0 MPa

Resins

Stratasys DM8525

Resins

Added on 2023.10.04.

Data source: University of Debrecen

Tensile strength X: 32.4 MPa

Tensile strength Y: 35.4 MPa

Tensile strength Z: 31.1 MPa

Compression strength X-Y: 62.5 MPa

Compression strength Z: 54.1 MPa

Bending strength X: 53.0 MPa

Bending strength Y: 67.8 MPa

Bending strength Z: 45.2 MPa

Young modulus X: 1,768 MPa

Young modulus Y: 1,898.0 MPa

Young modulus Z: 2,153.0 MPa

Compressive modulus X-Y: 1,658.0 MPa

Compressive modulus Z: 1,437.0 MPa

Shore D hardness: 78.3

Resins

Stratasys DM8515

Resins

Added on 2023.10.04.

Data source: University of Debrecen

Tensile strength X: 40.7 MPa

Tensile strength Y: 44.3 MPa

Tensile strength Z: 36.5 MPa

Compression strength X-Y: 78.2 MPa

Compression strength Z: 76.7 MPa

Bending strength X: 70.4 MPa

Bending strength Y: 85.2 MPa

Bending strength Z: 72.5 MPa

Young modulus X: 2,123 MPa

Young modulus Y: 2,264.0 MPa

Young modulus Z: 2,604.0 MPa

Compressive modulus X-Y: 1,995.0 MPa

Compressive modulus Z: 1,947.0 MPa

Shore D hardness: 80.8

Support

The project was supported by the Hungarian National Research, Development and Innovation Office (ID: OTKA PD 137775)

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