Koszyk
towar
(pusty)
TECHNICAL SPECIFICATIONS
\nDiameter Tolerance | \n± 0.05 mm | \n
Extrusion temperature | \n200 - 240 °C | \n
Material Net Weight | \n500 g | \n
Color | \ntransparent | \n
Filament Length | \n1.75 mm - 233 m, 2.85 mm - 88 m | \n
Density | \n0.89 g/ cm3 | \n
Flexural Modulus | \n350 MPa | \n
Flexural Strength | \n14 MPa | \n
Tensile Strength | \n14 MPa | \n
Impact Strength (Charpy) | \n10 kJ/m2 | \n
Tensile Elongation | \n> 200 % | \n
Durometer Hardness | \nDurometer Hardness | \n
Vicat softening temperature | \n115 °C | \n
Printing speed | \n30mm/s | \n
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High quality Polypropylene (PP) filament
To be used in widely available Fused Fabrication Filament (FFF) printers
Very good heat resistance
Suitable for food packaging, medical applications, IT equipment and other applications that require softness and heat resistance
A long-standing staple of plastic containers, Polypropylene (PP) 3D print filament enables you to create durable, flexible, transparent, heat- and chemical-resistant containers for food packaging, medical equipment, IT kit and other appliances.
It requires a heated print bed of around 100°C and is ideal for objects that require softness, transparency and heat resistance.
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