[15%off Flash Deal] PP2.0 3D Printer Engineering Filament 0.8KG
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Key Features
Food-Contact Suitable
Made with food-contact-grade material for a wider range of applications.
Excellent Chemical Resistance
Resists moisture, oils, cleaning agents, and everyday chemicals for demanding functional applications.
Tough & Durable
High toughness and excellent fatigue resistance help resist breakage and repeated mechanical stress.
Diameter: 1.75 ± 0.02 mm
Printing Temperature:
240-260℃ ≤ 180mm/s
Bed Temperature: 40°C : apply PP glue
Net Weight: 0.8 kg/spool
Gross Weight: 1.3 kg/spool
Length: 1.75 mm (1 kg) = 330 m
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SUNLU PP 2.0 Filament
SUNLU PP 2.0 is a polypropylene (PP) 3D printer filament designed for lightweight, durable, and functional applications. It combines low density, high toughness, chemical resistance, improved heat resistance, and stable printing performance, making it a versatile choice for everyday projects and demanding functional parts.
Its excellent chemical resistance allows printed parts to withstand exposure to common acids, alkalis, solvents, and lubricants, making it suitable for functional components used in demanding environments.
Its lightweight structure makes PP 2.0 a practical choice for weight-sensitive designs, from mounting brackets and portable components to RC aircraft and aeromodelling projects. Its high toughness helps parts withstand bending, impact, repeated movement, and mechanical stress, making it suitable for durable functional applications such as orthopedic support prototypes.
For everyday applications, PP 2.0 is suitable for kitchen tools, containers, storage accessories, and other food-contact applications. It is made with food-contact-grade raw materials and contains no harmful leachable substances. With appropriate post-processing, it can be used to create tableware, food molds, snack storage containers, and other kitchen and food-related products.
The optimized PP 2.0 formulation is designed for more consistent extrusion and reduced warping, helping produce smoother and more reliable prints.
With printing speeds of up to 170 mm/s, it also supports more efficient production of functional parts and lightweight models.
