Polymaker PolyLite™ ABS — is a high-quality thermoplastic filament based on Acrylonitrile Butadiene Styrene (ABS) that provides exceptional strength, impact resistance and heat resistance. This material is a reliable choice for the production of functional prototypes, durable parts and products that must withstand high loads and temperatures.
Key benefits:
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Strength and durability: PolyLite™ ABS is ideal for printing products that require increased resistance to mechanical loads and environmental influences.
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Resistance to shocks: due to the presence of butadiene in the composition of the filament, ABS provides increased flexibility and resistance to shocks, which is especially important for complex structures.
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Processing after printing: ABS lends itself well to grinding, drilling and gluing. In addition, it is compatible with acetone vapor smoothing technology for a smooth, glossy surface.
Recommendations for printing:
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Nozzle temperature: 245-265˚C
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Printer platform temperature: 90-100˚C
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Printer chamber temperature: 40°C and above. It is recommended to use a 3D printer with a closed chamber or active heating to reduce the risk of deformation due to shrinkage during cooling.
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Print speed: 30-50 mm/s
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Cooling fan: off
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Retraction distance for direct drive (Direct Drive): 1 mm
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Retraction speed for direct drive (Direct Drive): 20 mm/s
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Material drying mode: 70˚C for 6 hours (only if the material has absorbed moisture)
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Storage: necessarily in a dry environment, for example, in a sealed box PolyDryer™ Box
Application of Polymaker PolyLite™ ABS:
Polymaker PolyLite™ ABS — it is a reliable choice for professional 3D printing, offering the perfect balance between performance, durability and ease of processing. This material is ideal for users looking for a versatile and affordable filament to create complex structures and functional elements. PolyLite™ ABS is suitable for creating working models, parts for machines and mechanisms that require strength and wear resistance. Due to its insulating properties and heat resistance, ABS is excellent for making housings for electronic devices. The material is popular among engineers for creating parts that must withstand mechanical and thermal loads.
You can familiarize yourself with the characteristics of the material in more detail by link.
Dimensions of a cardboard spool weighing 1 kg:
- Diameter of the inner hole of the coil: 55+mn;1 mm
- Coil diameter: 200+1 mm
- Coil width: 65.6+2 mm
- Coil weight: 140±7g
Dimensions of a cardboard spool weighing 3 kg:
- Diameter of inner coil hole: 55±1 mm
- Coil diameter: 250±1 mm
- Coil width: 117.2±2 mm
- Coil weight: 425±21.3 g
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