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Materials for SLS

SLS 3D printing employs a range of powdered materials, including nylon, polycarbonate, and thermoplastic elastomers, which can produce strong and durable parts with complex geometries.

Materials for SLS
Nylon PA12 White



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Nylon PA 12 White has high-temperature resistance, has good toughness and high strength. It is suitable for functional parts and works-like prototypes. It does not require supports when printing and is suitable for prototyping products with extremely complex structures. Products printed with nylon materials naturally have granular surface. 3DSPRO offers 3D Plus solutions, such as vapor smoothing, to help with this if you need smooth surface.


Please check the following data of this material.


ParameterMethodResult
Heat deformation (0.46 MPa)GB/T 1634.2-2004148.2℃
Heat deformation (1.82 MPa)GB/T 1634.2-200484.5℃
Melting pointGB/T 19466.1-2004185 ℃
Tensile strengthGB/T 1040.2-200645 MPa
Tensile modulusGB/T 1040.2-20061600 MPa
Elongation at BreakGB/T 1040.2-2006

38%

Flexural strengthGB/T 9341-200846.1 MPa
Flexural modulusGB/T 9341-20081297 MPa
Notched impact strengthGB/T 1843-20084.8 KJ/㎡
Unnotched impact strengthGB/T 1843-200813.3 KJ/㎡
Color
White


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Material Data Sheet of Nylon PA12 White





Nylon PA12 Gray Black



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Nylon PA12 Gray Black is high-temperature resistant, has good toughness and high strength, making it suitable for functional use. It does not require supports when printing and is suitable for prototyping products with extremely complex structures.


Please check the following data of this material.


ParameterMethodResult
Heat deformation (0.46 MPa)GB/T 1634.2-2004146.1 ℃
Heat deformation (1.82 MPa)GB/T 1634.2-200473.1 ℃
Melting pointGB/T 19466.1-2004184.5 ℃
Tensile strengthGB/T 1040.2-200647 MPa
Tensile modulusGB/T 1040.2-20061951 MPa
Elongation at BreakGB/T 1040.2-2006

19%

Flexural strengthGB/T 9341-200840.1 MPa
Flexural modulusGB/T 9341-20081053.7 MPa
Notched impact strengthGB/T 1843-20088.6 kJ/m²
Unnotched impact strengthGB/T 1843-200823.1 kJ/m²
Color
Gray black



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Material Data Sheet of Nylon PA12 Gray Black





Nylon PA12 Glass-filled Light Gray



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Nylon PA12 Glass-filled Light Gray is high-temperature resistant, has good dimensional stability, good toughness, good insulation, good corrosion resistance, and high mechanical strength. With glass fiber added to PA12, this material now performs better in heat deformation temperature and strength than regular nylon materials. We recommend using this material for structural verification of product prototypes such as automotive parts and accessories, household appliances, electromechanical equipments.


Please check the following data of this material.

ParameterMethodResult
Heat deformation (0.46 MPa)GB/T 1634.2-2004153.1 ℃
Heat deformation (1.82 MPa)GB/T 1634.2-200469 ℃
Melting pointGB/T 19466.1-2004184.5 ℃
Tensile strengthGB/T 1040.2-200645 MPa
Tensile modulusGB/T 1040.2-20062600 MPa
Elongation at BreakGB/T 1040.2-20066.7%
Flexural strengthGB/T 9341-200860 MPa
Flexural modulusGB/T 9341-20082100 MPa
Notched impact strengthGB/T 1843-20086.1 kJ/m²
Unnotched impact strengthGB/T 1843-200831.2 kJ/m²
Color
Light Gray



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Material Data Sheet of Nylon PA12 Glass-filled Light Gray




Nylon PA11

PA11 is high-temperature resistant, has good toughness and high strength, making it suitable for functional use. It does not require supports when printing and is suitable for prototyping products with extremely complex structures.


Please check the following data of this material.


ParameterMethodResult
Heat deformation (0.46 MPa)GB/T 1634.2-2004151.1℃
Heat deformation (1.82 MPa)GB/T 1634.2-200451℃
Melting pointGB/T 19466.1-2004201 ℃
Tensile strengthGB/T 1040.2-200648 MPa
Tensile modulusGB/T 1040.2-20061483 MPa
Elongation at BreakGB/T 1040.2-2006

56%

Flexural strengthGB/T 9341-200859 MPa
Flexural modulusGB/T 9341-20081470 MPa
Notched impact strengthGB/T 1843-200826 KJ/㎡
Unnotched impact strengthN/AN/A



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