Filament ABS smart black 1kg Spectrum

Filament Spectrum smart ABS

Durable and impact resistant

The specific qualities of Spectrum Smart ABS include a high impact resistance and relatively high rigidity. “Smart” version demonstrates improved processing parameters which considerably reduce the difficulties which accompany the additive manufacturing using the standard ABS. It is essentially the lower shrinkage and reduced emission of irritant volatiles during processing. An unquestionable advantage is that the material retains its properties at temperatures down to -40°C.

Compared to standard ABS, smart ABS is characterized by:
reduced shrinkage ratio,
shiny surface of the printout,
lower printing temperature,
increased flow rate.

Key features:
high impact resistance and rigidity while retaining a relatively high dimensional accuracy
high gloss of external surface
reduced warping ratio (0.5-0.7%)
HDT - 85°C
VICAT - 93°C
good interlayer adhesion, especially using 3D printer with heated chamber
low water absorption
easy post-processing (grinding, drilling, sawing)

Applications:
manufacturing of all kinds of enclosures, guards, protectors and other similar items subject to impacts
possibility of mechanical treatments allows to produce items to facilitate and help conduct installations, i.e. handles, rules, gauges
end-use parts
industrial design
tooling
custom components
The possibility to conduct chemical treatments (acetone vapors) on Smart ABS provides for extremely smooth surfaces of printed items. Hence, items treated as above are used in the industrial design and broadly defined decoration-related industry.

General information
Material family: ABS
Diameter: 1.75mm
Dimensional tolerance: ± 0.03mm
Verify your spool - preview of the diameter course on the entire length of the spool: YES
Density: 1.05 g/cm³
Net weight: 1000g
Total weight: 1400g

Recommended print settings
Printing temperature: 230-255°C
Heated bed: necessary
Heated bed temperature: 100°C
Printing speed: 40-100mm/s
Closed chamber: Recommended for larger prints