Skip to content Skip to footer

LATER G AM K/10

$1.00

LATER G AM K/10 is a technical compound based on PETg (polyethylene terephthalate-glycol) reinforced with 10% carbon fibres. Featuring excellent mechanical properties, antistaticity (ATEX environments) and good dimensional stability, it is optimised for both 3D printing from filament (FFF) and direct 3D printing from granule (FGF).

Base polymer PETg

Fillers/Reinforcements Carbon fibers

Mechanical properties Improved mechanical properties
3D Printing Good dimensional stability
Functional properties Antistaticity (ATEX)/ Electrical conductivity
Granule drying conditions 60°C
Filament extrusion conditionsExtrusion temperature: 235°C – 255°C
Filament drying temperature: 60°C
3D printing conditionsExtruder temperature: 240°C – 260°C
Bed temperature: 70°C
Recommended Nozzle: steel nozzle
Cooling: OFF
Richiedi info
Available Colors

Description

LATER G AM K/10 is a technical compound based on PETg (polyethylene terephthalate-glycol) reinforced with 10% carbon fibres. Featuring excellent mechanical properties, antistaticity (ATEX environments) and good dimensional stability, it is optimised for both 3D printing from filament (FFF) and direct 3D printing from granule (FGF).

Base polymer PETg

Fillers/Reinforcements Carbon fibers

Mechanical properties Improved mechanical properties
3D Printing Good dimensional stability
Functional properties Antistaticity (ATEX)/ Electrical conductivity
Granule drying conditions 60°C
Filament extrusion conditionsExtrusion temperature: 235°C – 255°C
Filament drying temperature: 60°C
3D printing conditionsExtruder temperature: 240°C – 260°C
Bed temperature: 70°C
Recommended Nozzle: steel nozzle
Cooling: OFF
Richiedi info
Available Colors

Additional information

Disponibile in

Polimero base

Filler/rinforzi

Proprietà meccaniche

Proprietà funzionali

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