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- Panduan3D printing materials guideA plain-English tour of every major 3D-printing material family, with live ranges from our database and links into the finder.
- PanduanFFF, resin, powder and metal: 3D printing processes comparedHow FFF, pellets, resin, PolyJet, SLS, MJF and bound-metal printing work, what each does well, and which materials belong to each.
- PanduanHow to choose a 3D printing materialA step-by-step framework: define requirements, shortlist with the finder, sanity-check datasheets, test, and know when to ask for help.
- Asas helaian dataHow to read a technical data sheet (TDS)A plain-English tour of a 3D-printing material datasheet: what each section means, which test conditions matter and the traps to avoid.
- Asas helaian dataTypical vs minimum values on a datasheetWhy most 3D-printing datasheets give typical values, how they differ from minimum values, what ± means, and why you still need a safety factor.
- Asas helaian dataASTM vs ISO test methods: why the numbers differThe common ASTM and ISO test pairs on plastics datasheets, why their results differ, and why you shouldn't compare them one-to-one.
- Asas helaian dataPrint orientation on datasheets: XY, XZ and ZWhy printed parts are stronger in some directions, what XY, XZ and ZX mean on a datasheet, and how to use orientation data in your design.
- Asas helaian dataHDT at 0.45 MPa vs 1.8 MPa explainedWhat heat deflection temperature measures, why the 0.45 MPa value is always higher than the 1.8 MPa one, and why HDT isn't a maximum use temperature.
- Asas helaian dataShore A vs Shore D hardness explainedHow the Shore A and Shore D durometer scales work, where they overlap, and how to read values like 85A and 60D on flexible material datasheets.
- Asas helaian dataHow to compare materials across brands fairlyA practical method for comparing 3D-printing materials from different brands: match the standard, orientation and condition, then test.
- Panduan aplikasiChoose a material for high-temperature partsWhat really fails when printed parts get hot, which numbers to trust, and how to shortlist heat-resistant filaments, resins and powders.
- Panduan aplikasiChoose a material for outdoor and UV-exposed partsSunlight, heat and rain age printed parts in predictable ways. Here is how to pick a material, and a finish, that lasts outdoors.
- Panduan aplikasiChoose a material for flexible partsSeals, grips, bumpers and living hinges need the right softness and stretch. Learn how to read hardness and elongation, then shortlist.
- Panduan aplikasiChoose a material for food-contact partsWhy no printed part is food-safe by default, what certification really covers, and how to approach food-contact applications responsibly.
- Panduan aplikasiChoose a material for ESD-safe electronics partsStatic can destroy components without a visible spark. Learn how surface resistivity works and how to pick ESD-safe printed materials.
- Panduan aplikasiChoose a material for flame-retardant partsWhat UL 94 ratings really prove, why thickness and certification matter, and how to shortlist flame-retardant printed materials.
- Panduan aplikasiChoose a material for jigs and fixturesJigs and fixtures need stiffness, stability and wear resistance more than raw strength. Here is how to choose and design them.
- Panduan aplikasiChoose a material for dental and medical partsHow biocompatibility claims work, why they cover a validated workflow rather than a material, and how to approach dental and medical printing.
- Panduan aplikasiChoose a material for functional prototypesA functional prototype must behave like the final part, not just look like it. Here is how to pick a stand-in material you can trust.
- Panduan aplikasiChoose a material for end-use partsPrinting parts that ship to customers means thinking about consistency, ageing and certification, not just strength. Here is how to choose.
- Penerangan sifatTensile strengthWhat tensile strength tells you about a 3D-printed part, how it is tested, and how to compare datasheet values without being misled.
- Penerangan sifatYoung’s modulus (stiffness)Young's modulus measures stiffness: how much a material resists stretching. Learn how it is tested and how to compare it fairly.
- Penerangan sifatElongation at breakElongation at break shows how far a material stretches before it snaps. Learn what it says about brittleness and how to compare it.
- Penerangan sifatFlexural strengthFlexural (bending) strength tells you how much bending load a material takes before it breaks or yields. Here is how to read it.
- Penerangan sifatFlexural modulusFlexural modulus is stiffness measured in bending. Learn why it matters for brackets and panels, and how to compare it across datasheets.
- Penerangan sifatImpact strength: Izod vs Charpy, notched vs unnotchedImpact strength shows how well a material survives a sudden blow. Learn the difference between Izod and Charpy, and notched and unnotched.
- Penerangan sifatHeat deflection temperature (HDT)HDT is the temperature at which a loaded plastic bar starts to sag. Learn how it is tested and why the 0.45 and 1.8 MPa loads differ.
- Penerangan sifatGlass transition temperature (Tg)The glass transition temperature is where a plastic turns from rigid to rubbery. Learn how Tg is measured and how it relates to heat resistance.
- Penerangan sifatVicat softening temperatureVicat softening temperature is where a loaded needle sinks into a heated plastic. Learn how it differs from HDT and how to read it.
- Penerangan sifatMelting temperatureMelting temperature applies to semi-crystalline plastics. Learn what it tells you about printing and heat, and why many materials have none.
- Penerangan sifatDensityDensity tells you how heavy a material is for its size. Learn how it affects part weight and filament length, and how to read it.
- Penerangan sifatShore hardnessShore hardness rates how soft or hard a material feels. Learn how Shore A and Shore D work and why printed parts can feel softer.
- Penerangan sifatFlame retardancy (UL 94)UL 94 ratings show whether a plastic stops burning once the flame is removed. Learn what V-0, V-1, V-2 and HB mean and how to read them.
- Penerangan sifatSurface resistivity and ESDSurface resistivity shows how easily charge moves across a material. Learn what makes a material ESD-safe and how to read the numbers.
- Penerangan sifatDielectric strengthDielectric strength is how much voltage a material can block before it breaks down. Learn how it is tested and why thickness matters.
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- Panduan3D printing materials guideA plain-English tour of every major 3D-printing material family, with live ranges from our database and links into the finder.
- Asas helaian dataHow to read a technical data sheet (TDS)A plain-English tour of a 3D-printing material datasheet: what each section means, which test conditions matter and the traps to avoid.
- PanduanHow to choose a 3D printing materialA step-by-step framework: define requirements, shortlist with the finder, sanity-check datasheets, test, and know when to ask for help.
- PanduanFFF, resin, powder and metal: 3D printing processes comparedHow FFF, pellets, resin, PolyJet, SLS, MJF and bound-metal printing work, what each does well, and which materials belong to each.
- Penerangan sifatHeat deflection temperature (HDT)HDT is the temperature at which a loaded plastic bar starts to sag. Learn how it is tested and why the 0.45 and 1.8 MPa loads differ.
- Asas helaian dataHow to compare materials across brands fairlyA practical method for comparing 3D-printing materials from different brands: match the standard, orientation and condition, then test.
- Panduan aplikasiChoose a material for high-temperature partsWhat really fails when printed parts get hot, which numbers to trust, and how to shortlist heat-resistant filaments, resins and powders.
- Penerangan sifatTensile strengthWhat tensile strength tells you about a 3D-printed part, how it is tested, and how to compare datasheet values without being misled.
Panduan
- Panduan3D printing materials guideA plain-English tour of every major 3D-printing material family, with live ranges from our database and links into the finder.
- PanduanFFF, resin, powder and metal: 3D printing processes comparedHow FFF, pellets, resin, PolyJet, SLS, MJF and bound-metal printing work, what each does well, and which materials belong to each.
- PanduanHow to choose a 3D printing materialA step-by-step framework: define requirements, shortlist with the finder, sanity-check datasheets, test, and know when to ask for help.
Membaca helaian data
- Asas helaian dataHow to read a technical data sheet (TDS)A plain-English tour of a 3D-printing material datasheet: what each section means, which test conditions matter and the traps to avoid.
- Asas helaian dataTypical vs minimum values on a datasheetWhy most 3D-printing datasheets give typical values, how they differ from minimum values, what ± means, and why you still need a safety factor.
- Asas helaian dataASTM vs ISO test methods: why the numbers differThe common ASTM and ISO test pairs on plastics datasheets, why their results differ, and why you shouldn't compare them one-to-one.
- Asas helaian dataPrint orientation on datasheets: XY, XZ and ZWhy printed parts are stronger in some directions, what XY, XZ and ZX mean on a datasheet, and how to use orientation data in your design.
- Asas helaian dataHDT at 0.45 MPa vs 1.8 MPa explainedWhat heat deflection temperature measures, why the 0.45 MPa value is always higher than the 1.8 MPa one, and why HDT isn't a maximum use temperature.
- Asas helaian dataShore A vs Shore D hardness explainedHow the Shore A and Shore D durometer scales work, where they overlap, and how to read values like 85A and 60D on flexible material datasheets.
- Asas helaian dataHow to compare materials across brands fairlyA practical method for comparing 3D-printing materials from different brands: match the standard, orientation and condition, then test.
Pilih bahan untuk…
- Panduan aplikasiChoose a material for high-temperature partsWhat really fails when printed parts get hot, which numbers to trust, and how to shortlist heat-resistant filaments, resins and powders.
- Panduan aplikasiChoose a material for outdoor and UV-exposed partsSunlight, heat and rain age printed parts in predictable ways. Here is how to pick a material, and a finish, that lasts outdoors.
- Panduan aplikasiChoose a material for flexible partsSeals, grips, bumpers and living hinges need the right softness and stretch. Learn how to read hardness and elongation, then shortlist.
- Panduan aplikasiChoose a material for food-contact partsWhy no printed part is food-safe by default, what certification really covers, and how to approach food-contact applications responsibly.
- Panduan aplikasiChoose a material for ESD-safe electronics partsStatic can destroy components without a visible spark. Learn how surface resistivity works and how to pick ESD-safe printed materials.
- Panduan aplikasiChoose a material for flame-retardant partsWhat UL 94 ratings really prove, why thickness and certification matter, and how to shortlist flame-retardant printed materials.
- Panduan aplikasiChoose a material for jigs and fixturesJigs and fixtures need stiffness, stability and wear resistance more than raw strength. Here is how to choose and design them.
- Panduan aplikasiChoose a material for dental and medical partsHow biocompatibility claims work, why they cover a validated workflow rather than a material, and how to approach dental and medical printing.
- Panduan aplikasiChoose a material for functional prototypesA functional prototype must behave like the final part, not just look like it. Here is how to pick a stand-in material you can trust.
- Panduan aplikasiChoose a material for end-use partsPrinting parts that ship to customers means thinking about consistency, ageing and certification, not just strength. Here is how to choose.
Sifat
- Penerangan sifatTensile strengthWhat tensile strength tells you about a 3D-printed part, how it is tested, and how to compare datasheet values without being misled.
- Penerangan sifatYoung’s modulus (stiffness)Young's modulus measures stiffness: how much a material resists stretching. Learn how it is tested and how to compare it fairly.
- Penerangan sifatElongation at breakElongation at break shows how far a material stretches before it snaps. Learn what it says about brittleness and how to compare it.
- Penerangan sifatFlexural strengthFlexural (bending) strength tells you how much bending load a material takes before it breaks or yields. Here is how to read it.
- Penerangan sifatFlexural modulusFlexural modulus is stiffness measured in bending. Learn why it matters for brackets and panels, and how to compare it across datasheets.
- Penerangan sifatImpact strength: Izod vs Charpy, notched vs unnotchedImpact strength shows how well a material survives a sudden blow. Learn the difference between Izod and Charpy, and notched and unnotched.
- Penerangan sifatHeat deflection temperature (HDT)HDT is the temperature at which a loaded plastic bar starts to sag. Learn how it is tested and why the 0.45 and 1.8 MPa loads differ.
- Penerangan sifatGlass transition temperature (Tg)The glass transition temperature is where a plastic turns from rigid to rubbery. Learn how Tg is measured and how it relates to heat resistance.
- Penerangan sifatVicat softening temperatureVicat softening temperature is where a loaded needle sinks into a heated plastic. Learn how it differs from HDT and how to read it.
- Penerangan sifatMelting temperatureMelting temperature applies to semi-crystalline plastics. Learn what it tells you about printing and heat, and why many materials have none.
- Penerangan sifatDensityDensity tells you how heavy a material is for its size. Learn how it affects part weight and filament length, and how to read it.
- Penerangan sifatShore hardnessShore hardness rates how soft or hard a material feels. Learn how Shore A and Shore D work and why printed parts can feel softer.
- Penerangan sifatFlame retardancy (UL 94)UL 94 ratings show whether a plastic stops burning once the flame is removed. Learn what V-0, V-1, V-2 and HB mean and how to read them.
- Penerangan sifatSurface resistivity and ESDSurface resistivity shows how easily charge moves across a material. Learn what makes a material ESD-safe and how to read the numbers.
- Penerangan sifatDielectric strengthDielectric strength is how much voltage a material can block before it breaks down. Learn how it is tested and why thickness matters.
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