MPN GLB251026
EAN / UPC 5706998704269
Niveau de stock
Quantité limitée
Print in 3D and create prototypes, spare parts, quick and on-demand production, etc. in any shape or geometry. Gearlab 3D Filaments come in different plastic materials and with varying properties. Pearl PLA polylactic acid is a biodegradable polymer derived from nonGMO corn starch. This means that an item made of PLA will slowly start to decompose when exposed to moisture, and if dropped in the sea it will dissolve completely after six months to two years. Compare this to conventional plastics w...
Lire la description complèteEnvironmentally friendly bio-degradable polymer
Smoke- and odour-free printing
Easy to print fi lament with stable printing size and low material shrinkage
Enhanced post-print workability
Ultra strong PLA-based compound
Pearl effect to give an almost satin metallic fi nish when polished
Universel
Or
0,05 mm
15 %
2300 MPa
54 MPa
125 °C
25 kJ/m²
Acide polylactique (PLA)
Oui
90 mm/sec
220 °C
500 kPa
1 pièce(s)
21,3 cm
1,316 kg
7,3 cm
21,6 cm
1,75 mm
1,75 mm
3400 cm
1,03 kg
1 Année (s)
Print in 3D and create prototypes, spare parts, quick and on-demand production, etc. in any shape or geometry. Gearlab 3D Filaments come in different plastic materials and with varying properties. Pearl PLA polylactic acid is a biodegradable polymer derived from nonGMO corn starch. This means that an item made of PLA will slowly start to decompose when exposed to moisture, and if dropped in the sea it will dissolve completely after six months to two years. Compare this to conventional plastics where degradation will take 500-1,000 years. Although PLA will degrade in an exposed natural environment, it is important to point out that it is very robust when printed and used in any normal application. Pearl PLA is easy to print big parts with due to its thermal stability. While PLA is stiff, hard, and more brittle than other compounds, Pearl PLA is much stronger and offers 8 times higher impact strength than normal PLA.
*Les données produit ci-dessus sont fournies par Icecat. A cet égard, EET ne peut être tenu responsable des erreurs.