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LATIECO 7587 MR AM UV K/30 E

$1.00

LATIECO 7587 MR AM UV K/30 E is a technical compound based on partially recycled blended PC/PBT (Polycarbonate/Polybutylene Terephthalate) reinforced with 30% carbon fibres. UV-stabilised, it has excellent mechanical properties, antistaticity (ATEX environments), excellent dimensional stability and thermal resistance. Optimised for direct-to-granule (FGF) 3D printing.

Base polymer PBT/rPC

Fillers/Reinforcements Carbon fibers

Mechanical properties High mechanical properties
Chemical-physical properties UV-stabilised
Thermal properties Good thermal resistance
“Green” version On polymer partly recycled
3D Printing Only for direct printing from granule, Good dimensional stability
Functional properties Antistaticity (ATEX)/ Electrical conductivity
Granule drying conditions 70°C
Filament extrusion conditions For information contact us
3D printing conditionsExtruder temperature: 250°C – 260°C
Bed temperature: 70°C
Recommended Nozzle: steel nozzle
Cooling: OFF
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Description

LATIECO 7587 MR AM UV K/30 E is a technical compound based on partially recycled blended PC/PBT (Polycarbonate/Polybutylene Terephthalate) reinforced with 30% carbon fibres. UV-stabilised, it has excellent mechanical properties, antistaticity (ATEX environments), excellent dimensional stability and thermal resistance. Optimised for direct-to-granule (FGF) 3D printing.

Base polymer PBT/rPC

Fillers/Reinforcements Carbon fibers

Mechanical properties High mechanical properties
Chemical-physical properties UV-stabilised
Thermal properties Good thermal resistance
“Green” version On polymer partly recycled
3D Printing Only for direct printing from granule, Good dimensional stability
Functional properties Antistaticity (ATEX)/ Electrical conductivity
Granule drying conditions 70°C
Filament extrusion conditions For information contact us
3D printing conditionsExtruder temperature: 250°C – 260°C
Bed temperature: 70°C
Recommended Nozzle: steel nozzle
Cooling: OFF
Richiedi info

Additional information

Disponibile in

Polimero base

Filler/rinforzi

Versione “green”

Proprietà termiche

Proprietà fisiche

Proprietà meccaniche

Proprietà funzionali

Stampa 3D

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