Filament for 3D printer ELEGOO ASA White 1.75 mm 1 kg

ELEGOO ASA filament (white) ELEGOO ASA filament (acrylonitrile-styrene-acrylic – weather-resistant material) in white is ideal for projects that will be exposed to sunlight, rain or high temperatures. The material does not discolour or crack and remains durable even after long periods of outdoor use. This makes it well suited for printing garden, technical and decorative elements. High temperature stability ASA has higher thermal resistance than popular materials such as PLA (polylactide – a biodegradable plant-based plastic) or PETG (modified polyethylene terephthalate – an easy-to-print, durable material). It does not lose its shape even at temperatures close to 100°C, and its mechanical properties remain stable. In terms of impact resistance, durability and rigidity, it is comparable to ABS filament (acrylonitrile butadiene styrene – a material used, among others, in electronic enclosures), which is why it works well in functional designs. Always clean printing The filament is precisely wound with a diameter tolerance of ± 0.02 mm, which reduces the risk of jams and ensures even material feed. The cardboard spool is recycled and vacuum-packed with a moisture absorber, so the material does not absorb water and does not form bubbles. It fits most FDM 3D printers (Fused Deposition Modelling – a technology in which the material is melted and applied in layers). General Manufacturer ELEGOO Model 50.203.0183 Colour White Weight 1 kg Recommended print settings Pre-print drying settings 80 ± 5°C Ambient temperature and humidity ≤ 80°C, ≤ 20% relative humidity (store with moisture absorber) Nozzle temperature 240–270°C Table temperature (depending on printer and surface) 90–100°C Work surface type Textured PEI plate (polyetherimide – a durable, well-adhering material used as a base for 3D prints) or other compatible surface Print speed Below 270 mm/s Physical properties Tensile strength (XY – measured in the horizontal plane of the print, where the material is strongest) 35 ± 2 MPa Elongation at break (XY) 9.4% ± 2.3% Flexural strength (XY) 65 ± 4 MPa Flexural modulus (XY) 1905 ± 131 MPa Impact strength (XY) 40.1 ± 3.7 kJ/m²