MPN GLB256000
EAN / UPC 5706998851369
Nivel de existencias
Hay una cantidad limitada de este producto.
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. Carbon fi lled PA (Polyamide) Nylon is an incredibly strong and stiff 3D printing material, which is lightweight and stable. Nylon works well for printing objects like gears, nuts, bolts, hinges and other functional parts. Carbon Fiber Nylon fi laments tend to be very abrasive when extruded. Be sure to...
Leer descripción completaIncredibly strong and stiff
Stable and smooth printing size and low material warp or shrinkage
Extremely sensitive to moisture and need to be stored in a dry environment
2 %
Universal
280 °C
Black
Polyamide (PA 12)
2300 MPa
50 MPa
1300 kPa
35 kJ/m²
125 °C
0,05 mm
40 mm/s
21,2 cm
0,79 kg
7,6 cm
21,4 cm
1 pieza(s)
0,6900000000000001 kg
1 Año/s
1,75 mm
1,75 mm
3400 cm
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. Carbon fi lled PA (Polyamide) Nylon is an incredibly strong and stiff 3D printing material, which is lightweight and stable. Nylon works well for printing objects like gears, nuts, bolts, hinges and other functional parts. Carbon Fiber Nylon fi laments tend to be very abrasive when extruded. Be sure to upgrade to a wear resistant steel nozzle in order to print this fi lament effectively. 0.5 mm or larger nozzle is recommended to prevent carbon fi ber clogging. Please note that nylon fi lament is extremely sensitive to moisture and need to be stored in a dry environment, only to be opened immediately before printing. After printing, it is highly recommended to store the nylon fi lament in a dry environment and use silica gel, re-sealable bag, vacuum, and/or elevated temperature for best storage.
*Los datos de producto anteriores son proporcionados por Icecat. EET no se hace responsable de los errores en relación con esto.