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Sinterit PP - Polypropylene Powder

Sinterit

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900,00 €
900,00 €

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Polypropylene powder (PP) for 3D printing SLS by Sinterit.

Sinterit is a Polish manufacturer renowned for developing the first SLS 3D printer in desktop format: Lisa. In addition to 3D printers, Sinterit's product range includes software, accessories, materials and more.

Polypropylene is a semi-crystalline engineering plastic widely used in practically all industrial sectors, especially in the automotive, chemical, food and textile industries.

It is one of the plastics with the highest production worldwide due to its versatility and good recyclability.

It stands out mainly for being the plastic in common use with the lowest density, approximately 0.9 g/cm3, as well as for its excellent mechanical properties and high chemical resistance.

Sinterit's polypropylene powder is the first SLS printing polypropylene compatible with compact SLS 3D printers. It is a multi-purpose material that complements those already available within the Sinterit range.

Sinterit PP

Image 1: Sinterit polypropylene. Source: Sinterit

Thanks to its low water absorption and the ability of parts printed with this material to work at high pressures, it is the ideal material for the production of prototypes of pneumatic and hydraulic components.

pump

Image 2: Pump made of Sinterit PP. Source: SInterit.

Parts printed with Sinterit polypropylene have a tensile modulus of 19.3 MPa and a flexural modulus of 670 MPa, which together with its good impact resistance and a density after printing of only 0.85 g/cm3 make it an excellent candidate for the production of aeronautical and drone prototypes and components.

It also has a high chemical resistance, making it a material of great interest in the production of components and instruments for chemical laboratories or working environments with solvents.

venturi

Image 3: Venturi valve produced with Sinterit PP. Source: Sinterit: Sinterit.

Sinterit polypropylene is easily weldable with other polypropylene parts, whether produced by 3D printing or other forming processes, so it can be used to produce parts intended to integrate with or repair other polypropylene components.

Like other SLS 3D printing materials, it requires a 50% refresh with new material after each print. It is compatible with both Lisa and Lisa Pro* and is available in 6 kg format.

filter

Image 4: Automotive filter printed with Sinterit PP. Source: Sinterit.

Sinterit's polypropylene is the perfect complement to the range of materials available for Lisa and Lisa Pro, making polypropylene SLS 3D printing accessible for the first time.

Sinterit

*Requiere Sinterit Studio Profiles o Sinterit Studio Advanced.
Impact strength (KJ/m2) 300
Elongation at break (%) 44
Tensile strength (MPa) 19.3
Tensile modulus (MPa) 820
Flexural strength (MPa) 25.6
Flexural modulus (MPa) 670
Softening temperature (ºC) 85
Flexibility Flexibility
Lightweight Lightweight
Moisture resistance Moisture resistance
Chemical resistance Chemical resistance
Hide color variations (Hide color variations)
General information
Manufacturer Sinterit
Technology SLS
Material Nylon-12
Format 4 L bottle (2 Kg) - Fresh
12 L bottle (6 Kg) - Fresh
8 L bottle (4 Kg) - Print Ready
Granulation 18 - 90 µm
Material refreshing ratio 26 %
Color Navy Grey
Compatible 3D printers Lisa, Lisa Pro
Mechanical properties
Tensile strength 41 MPa (PN-EN ISO 37-2007)
Tensile Modulus -
Elongation at break 13 % (PN-EN ISO 37-2007)
Flexural strength -
Flexural modulus -
Charpy impact strength 15-20 KJ/m2 (Sinterit's internal procedure)
Surface hardness 74 Shore-D (PN-EN ISO 868:2005)
Thermal properties
Softening temperature (Vicat A50 / B50) 172 / 155 ºC (PN-EN ISO 306:2014-02)
Melting point 182 ºC (Sinterit's internal procedure)
Heat deflection temperature B 143 ºC (PN-EN ISO 75-2:2013-06)
Surface roughness
Mean roughness (Ra) in XZ/YZ planes 9.680 µm
Mean roughness (Ra) in XY plane 6.470 µm
Mean roughness depth (Rz) in XZ/YZ planes 54.184 µm
Mean roughness depth (Rz) in XY plane 31.633 µm
Aditional information
HS Code 3908.1


* The typical values detailed in this table should be considered as a reference. Actual values may vary depending on the 3D printer model used, part design and printing conditions. We recommend confirming the results and final properties with own tests. For more information you should consult the technical data sheet of the product.

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