Skip to content Skip to footer

LASTILAC S AM G/10

$1.00

LASTILAC S AM G/10 is an ASA (Acrylonitrile Styrene Acrylate) based technical compound reinforced with 10% glass fibre. Featuring good mechanical properties and UV stability, it is optimised for both 3D printing from filament (FFF) and direct 3D printing from granule (FGF).

Base polymer ASA

Fillers/Reinforcements Glass fibers

Mechanical properties Improved mechanical properties
Chemical-physical properties UV-resistant
3D Printing Suitable also for printing from granule
Granule drying conditions 80°C
Filament extrusion conditionsExtrusion temperature: 220°C – 250°C
Filament drying temperature: 80°C
3D printing conditionsExtruder temperature: 255°C – 265°C
Bed temperature: 70°C – 100°C
Recommended Nozzle: steel nozzle
Cooling: OFF
Other: Ideal CLOSED and thermostat-controlled ROOM
Richiedi info
Available Colors
SKU: 36271AA Categories: , Product ID: 25935

Description

LASTILAC S AM G/10 is an ASA (Acrylonitrile Styrene Acrylate) based technical compound reinforced with 10% glass fibre. Featuring good mechanical properties and UV stability, it is optimised for both 3D printing from filament (FFF) and direct 3D printing from granule (FGF).

Base polymer ASA

Fillers/Reinforcements Glass fibers

Mechanical properties Improved mechanical properties
Chemical-physical properties UV-resistant
3D Printing Suitable also for printing from granule
Granule drying conditions 80°C
Filament extrusion conditionsExtrusion temperature: 220°C – 250°C
Filament drying temperature: 80°C
3D printing conditionsExtruder temperature: 255°C – 265°C
Bed temperature: 70°C – 100°C
Recommended Nozzle: steel nozzle
Cooling: OFF
Other: Ideal CLOSED and thermostat-controlled ROOM
Richiedi info
Available Colors

Additional information

Disponibile in

Polimero base

Filler/rinforzi

Proprietà fisiche

Proprietà meccaniche

Stampa 3D

Categoria

RequestDataSheet

Download

Info


This will close in 0 seconds

Datasheet


This will close in 0 seconds

Iscrizione alla newsletter


This will close in 0 seconds

Subscribe our newsletter


This will close in 0 seconds