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FDM 3D prining materials.

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3D printing filament is the raw material used for fused deposition modeling 3D printers. There are various filaments available with different properties, requiring different temperatures to print. Fracktal printers used 1.75mm Dia filament as it is the industry standard. 3mm dia filament is also available in the market, which is not as popular.

The table below can be referred to get the properties of various filaments.

FilamentSpecial PropertiesUsesStrengthDensity (kg/m3)FlexibilityDurabilityDifficulty to printPrint Temperature (°C)Bed Temperature (°C)Printing notes
PLAEasy to printBiodegradable though only in very specific conditionsConsumer ProductsMedium1240LowMediumLow180 – 230Use the enclosed heated chamber at 220 °C
ABSDurableImpact resistantFunctional PartsMedium1010MediumHighMedium210 – 25050 – 100
PETG (XT, N‑Vent)More flexible than PLA or ABSDurableAllMedium1270HighHighMedium220 – 235No heated bed needed
NylonStrongFlexibleDurableAllHigh1020HighHighMedium220 – 26050 – 100Hygroscopic, keep sealed when not in use
TPEExtremely flexibleRubber-likeElastic PartsWearablesLowHighMediumHigh225 – 23540Print very slowly
TPUExtremely flexibleRubber-likeElastic PartsWearablesLowHighMediumHigh225 – 235No heated bed neededPrint slowly
WoodWood-like finishHome DecorMedium1400MediumMediumMedium195 – 220No heated bed needed
HIPSDissolvableBiodegradableSupport structures when using ABS on a dual extrusion printer.Low1040MediumHighMedium210 – 25050 – 100
PVADissolvableWater SolubleBiodegradableOil ResistantSupport structures when using PLA or ABS on a dual extrusion printer.HighLowMediumLow180 – 230No heated bed neededHygroscopic, keep sealed when not in use
PET (CEP)StrongFlexibleDurableRecyclableAllHighHighHighMedium220 – 250No heated bed needed
PLA MetalMetal FinishJewelleryMediumLowHighHigh195 – 220No heated bed neededUse hardened nozzle
PLA Carbon FiberRigidStronger Than Pure PLAFunctional PartsMediumLowHighMedium195 – 220No heated bed neededUse hardened nozzle
Lignin (bioFila)BiodegradableStronger than PLAMediumLowMediumLow190 – 22555
PolycarbonateVery strongFlexibleDurableTransparentHeat ResistantFunctional PartsHigh1180 – 1200HighHighMedium270 – 31090 – 105Use enclosed heated chamber at ambient temperature of around 60 °C
Conductive (usually a graphite-plastic blend)ConductiveElectronicsMediumMediumLowLow215 – 230No heated bed neededUse hardened nozzle
Wax (MOLDLAY)Melts AwayLow cost castingLowLowLowLow170 – 180No heated bed needed
PETT (T‑Glase)StrongFlexibleTransparentClearFunctional PartsHighHighHighMedium235 – 240No heated bed needed
ASARigidDurableWeather ResistantOutdoorMediumLowHighMedium240 – 260100 – 120
PPFlexibleChemical ResistanceFlexible ComponentsMedium1040HighMediumHigh210 – 230120 – 150
POM, AcetalStrongRigidLow FrictionResilientFunctional PartsHighLowMediumHigh210 – 225130
PMMA, AcrylicRigidDurableTransparentClearImpact ResistantLight diffusersMediumLowHighMedium235 – 250100 -120
Sandstone (LAYBRICK; styled plastic)Sandstone FinishArchitectureLowLowLowMedium165 – 210No heated bed needed
GLow-In-The-Dark plasticPhosphorescenceFunMediumMediumMediumLow215No heated bed neededUse hardened nozzle
CleaningCleaningUnclogging of NozzlesN/AN/AN/ALow150 – 260No heated bed needed
PCABSRigidDurableImpact ResistantResilientDeflecting HeatFunctional PartsMediumLowHighHigh260 – 280120
Magnetic (PLA blend)MagneticFunMediumMediumMediumHigh195 – 220No heated bed needed
Color Changing (plastic blend)ThermochromismFunMediumMediumMediumLow215No heated bed needed
nGen (co-polyester)Similar to PETGHeat ResistantTransparentAllMediumHighHighMedium210 – 24060
TPCExtremely FlexibleRubber-LikeChemical resistantHeat resistantUV light resistantElastic PartsOutdoorLowHighMediumHigh21060 – 100
PORO-LAYPartially Water SolubleExperimentalLowHighMediumLow220 – 235No heated bed needed
FPEFlexibleFlexible PartsLowHighHighMedium205 – 25075
PEIHeat ResistantStrongFlame PerformanceFunctional PartsHigh1270MediumHighMedium340 – 380180 – 200Use enclosed heated chamber at 220 °C

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