ASA 275 filaments of 1.75 mm Dark Gray 1 kg Spectrum

ASA 275 filaments of 1.75 mm Dark Gray 1 kg Spectrum

ASA 275 filaments of 1.75 mm Dark Gray 1 kg Spectrum

27,60 € incl. VAT

Availability: Sold out

Producer: Spectrum

Filament Spectrum ASA 275 is a professional material designed for use in desktop 3D printers.

Ingredients ASA (acrylonitrile styrene acrylate) has been specially adapted so that the flexible material, improved flow characteristics, reduce shrinkage and to increase the adhesion between the printing layer. One of the main benefits of treatment material ASA 275 is a simplification of the printing parameters. It can be assumed that the technical material ASA 275 can print as easily as Spectrum Premium PLA. This enables the production of large models without the risk of deformation after cooling, but also getting relatively high speeds.

275 ASA material is resistant to UV radiation and other environmental conditions. Fiber ASA 275 is used for printing prototypes, tooling and functional elements that must withstand changing weather conditions, and for objects of everyday use

Advantages ASA 275:

The fiber-ASA 275 gave your 3D model:

- excellent resistance to outdoor environments
- thermal resistance
- gloss printing surface
- UV resistance
- perfect connection layers
- printing with desktop printers without heating chamber

The fiber is wound onto a clean transparent spool. Each coil contains information about the type of material, diameter and temperature recommended print. The fiber is vacuum-packed together with silica gel to absorb moisture. Inside the package is also accompanied by instructions for use. The whole product is packaged in its original packaging firm Spectrum Filaments.

Color: Dark Gray RAL
Average: 1 , 75mm
Dimensional tolerance: ± 0.05mm
printing temperature: 200-240 ° C
Heated washer 40-60 ° C
Net weight: 1000 g

The physical and thermal properties of the base material
Specific gravity:
MFR (210 ° C / 2.16 kg) g / 10 min:
thermal transition temperature:
tensile strength at break:
tensile strength:
Modulus < br /> Impact strength:

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