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HomePlastic granules for 3D printingThermally conductive

Thermally conductive

Wherever heat has to be dissipated, such as in electronics or lighting technology, thermally conductive materials developed by LATI3Dlab under the name LATICONTHER AM are used. Incorporating high percentages of graphites and special ceramics, they allow heat dissipation without sacrificing good processability and printability with FFF technology.

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Showing the single result

LATICONTHER SP4 AM CP1/30

PA6.66 (Polyamide 6.66) filled with ceramic fillers | Compound for FFF and FGF 3D printing | Thermally conductive | Electrically insulating

$1.00

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This product has multiple variants. The options may be chosen on the product page

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Controlled density(0)
Electrically conductive/antistatic(0)
Engineering(0)
Green/Sustainable(0)
High temperatures(0)
Magnetically detectable(0)
Radiopaque(0)
Self-extinguishing(0)
Self-lubricating(0)
Standard(0)
Structural(0)
Thermally conductive(1)

Base polymer +

ABS(0)
ASA(0)
PA mod.(0)
PA12(0)
PA6.10(0)
PA6.66 mod.(1)
PBT/rPC(0)
PC(0)
PC/PBT(0)
PEEK(0)
PES(0)
PETg(0)
PETg HT(0)
PETg HT1(0)
PETg HT2(0)
PETg mod.(0)
PETg/rPC(0)
PLA(0)
PLA HT(0)
PLA mod.(0)
PP(0)
PPS(0)
rPC(0)
rPC (flakes)(0)
rPETg(0)
rPETg (flakes)(0)
TPU(0)

Fillers/Reinforcements +

Chemical-physical properties +

High chemical resistance(0)
High chemical resistance(0)
Low moisture absorption(0)
Low moisture absorption(0)
Non-hygroscopic(0)
Non-hygroscopic(0)
Non-hygroscopic, autoclavable(0)
Non-hygroscopic, autoclavable(0)
UV- and hydrolysis-stabilised(0)
UV- and hydrolysis-stabilised(0)
UV-resistant(0)
UV-resistant(0)
UV-stabilised(0)
UV-stabilised(0)

Functional properties +

Antistaticity (ATEX)/ Electrical conductivity(0)
Antistaticity (ATEX)/ Electrical conductivity(0)
Detectable by Metal Detector and X-rays(0)
Electrically insulating(0)
Electrically insulating(1)
Improved wear resistance(0)
Improved wear resistance(0)
Metal Detectable(0)
Metal Detectable(0)
Self-extinguishing(0)
Self-extinguishing(0)
Self-lubricating properties(0)
Self-lubricating properties(0)
Thermally conductive(0)
Thermally conductive(1)
X-ray detectable(0)
X-ray detectable(0)

Mechanical properties +

Hardened(0)
High mechanical properties(0)
High mechanical properties(0)
High resilience and impact resistance(0)
High resilience and impact resistance(0)
Improved mechanical properties(0)
Improved mechanical properties(0)
Toughened(0)

Thermal properties +

Good thermal resistance(1)
Good thermal resistance(0)
High thermal resistance(0)
High thermal resistance(0)
Improved thermal resistance(0)
Improved thermal resistance(0)
Low temperature resistance(0)
Low temperature resistance(0)

3D Printing +

Excellent aesthetics/sandability(0)
For fast printing(0)
For fast printing(0)
Good dimensional stability(0)
Good dimensional stability(0)
Improved aesthetics(0)
Improved aesthetics(0)
Only for direct printing from granule(0)
Only for direct printing from granule(0)
Suitable also for printing from granule(1)
Suitable also for printing from granule(0)
Very good aesthetics/compatibility(0)
Very good aesthetics/compatibility(0)

"Green" version +

Biobased(0)
Biobased + natural filler(0)
On partially recycled polymer(0)
On polymer 100% recycled(0)
On recycled polymer(0)

Suitability +

Suitable for food contact(0)
Suitable for food contact(0)
Suitable for medical applications(0)
Suitable for medical applications(0)

Technical thermoplastic compounds optimised for FFF/FDM 3D printing technology by LATI3Dlab, an R&D division of LATI S.p.A.

Office

Via F. Baracca, 7, 21040
Vedano Olona (VA), Italy

Email: marketing@it.lati.com

+39 0332 409 111

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