3D printing of elastic parts. Prima SELECT NylonPower PA 6/66 is a special copolymer blend that takes full advantage of the strengths of PA6 and PA66. The combination of these two types of polyamide makes our NylonPower very easy to 3D print.Basic properties of Nylon Power PA6 / 66Perfect combination of PA6 and PA66High chemical and thermal resista..

Item DescriptionArticle No. S0J1Y04DP2ZMORPH ABS + - 1.75 mm - 750 G - GRAYSPECIFICATIONS:Good dimensional stabilityHigh impact strengthHeat resistance (HDT 0.45 MPa 91⁰C)Better layer adhesionWaterproofTypical valueTest method Glass transition temperature: 114 ° C ISO 11357Elastic modulus: 1379/1106 MPa ISO 527Elongation at break: 10.9% / 21% ISO 5..

SPECIFICATIONS:Good dimensional stabilityHigh impact strengthHeat resistance (HDT 0.45 MPa 91⁰C)Better layer adhesionWaterproof Typical valueTest method Glass transition temperature 114 ° C ISO 11357Elastic modulus 1379/1106 MPa ISO 527Elongation at break 10.9% / 21% ISO 527Tensile strength 29.5 MPa / 17.9 MPa ISO 527Impact strength 32 kJ / m2..

SPECIFICATIONS:Good dimensional stabilityHigh impact strengthHeat resistance (HDT 0.45 MPa 91⁰C)Better layer adhesionWaterproofTypical valueTest method Glass transition temperature 114 ° C ISO 11357Elastic modulus 1379/1106 MPa ISO 527Elongation at break 10.9% / 21% ISO 527Tensile strength 29.5 MPa / 17.9 MPa ISO 527Impact strength 32 kJ / m2 / 2.5..

SPECIFICATIONSHeat resistance: (HDT 0.45 MPa 101⁰C)Chemical resistanceUV resistanceWaterproofEasy post-processingTypical valueTest method Glass transition temperature: 104 ° C ISO 11357Elastic modulus: 1958 MPa / 1608 MPa ISO 527Breaking elongation; 7.4% / 1.8% ISO 527tensile strength: 36.3 MPa / 21.3 MPa ISO 527impact force; 8.9 kJ / m² / 2.7 kJ /..

SPECIFICATIONSHeat resistance: (HDT 0.45 MPa 101⁰C)Chemical: resistsUV resistanceWaterproofEasy post-processingTypical valueGlass transition temperature: 104 ° C ISO 11357Elastic modulus: 1958 MPa / 1608 MPa ISO 527Elongation at break: 7.4% / 1.8% ISO 527Tensile Strength: 36.3 MPa / 21.3 MPa ISO 527Impact strength: 8.9 kJ / m² / 2, 7 kJ / m² ISO 17..

Product dataSheet diameter accuracy: 1.75mm ± 0.07mmNet weight: 0.5kgThread length: 182 mMelting point: 176 ° CMelt flow rate at 230 ° C, 21.1 N: 7.5 g / (10 minutes)Density: 1.14 g / cm3Softening point Viscat: 92 ° C Glassjunction temperature: 68 ° CFlexural strength: 71 MPaFlexural modulus: 2900 MPaTensile strength: 45 MPaTensile Elasticity: 9.0%..

SPECIFICATIONS:Resistant to chemicalsScratch resistantResistant to fatigueLow coefficient of frictionHeat resistance (HDT 0.45 MPa 135⁰C)Very hygroscopicTypical valueTest method Glass transition temperature: 49 ° C ISO 11357Elastic modulus: 2419 MPa / 2122 MPa ISO 527Elongation at break: 9.6% / 0.8% ISO 527Tensile Strength: 61.5 MPa / 16.4 MPa ISO ..

PET-G is a tough material that is resistant to high temperatures and most liquids. Very useful for all kinds of 3D printing containers. Its main advantages are dimensional stability, no shrinkage, transparency and good heat resistance. In addition, PET has good adhesion to the layer and electrical properties.Mixing glycol with PET makes this thread..

PET-G is a tough material that is resistant to high temperatures and most liquids. Very useful for all kinds of 3D printing containers. Its main advantages are dimensional stability, no shrinkage, transparency and good heat resistance. In addition, PET has good adhesion to the layer and electrical properties.Mixing glycol with PET makes this thread..

PET-G (polyethylene terephthalate with glycol) - mixing glycol with PET makes this thread more practical and useful. It prevents corrosion and crystallization effects that can make regular PET more brittle. The rigid ZMorph PET-G is resistant to temperatures and liquids.Advantages :dimensionally stable, no shrinkage, transparency, mostly shiny and ..

SPECIFICATIONSLow shrinkage rateResistant to crackingBiodegradable / compostableEasy to printEasy to remodelLow print temperatureGives off low toxic fumesTypical Validation MethodGlass transition temperature: 57⁰C ISO 11357.Young's modulus: 3027 MPa ISO 527Elongation at break: 2.3% ISO 527Tensile strength: 66 MPa ISO 527Impact strength: 3.4 kJ / m²..

SPECIFICATIONSLow shrinkage rateResistant to crackingBiodegradable / compostableEasy to printEasy to remodelLow print temperatureGives off low toxic fumesTypical Validation MethodGlass transition temperature: 57⁰C ISO 11357.Young's modulus: 3027 MPa ISO 527Elongation at break: 2.3% ISO 527Tensile strength: 66 MPa ISO 527Impact strength: 3.4 kJ / m²..

SPECIFICATIONSLow shrinkage rateResistant to crackingBiodegradable / compostableEasy to printEasy to remodelLow print temperatureEmits few toxic fumesTypical Validation MethodGlass transition temperature: 57⁰C ISO 11357.Young's modulus: 3027 MPa ISO 527Elongation at break: 2.3% ISO 527Tensile strength: 66 MPa ISO 527Impact strength: 3.4 kJ / m² ISO..

SPECIFICATIONSNot prone to crackingScratch resistantHigh elasticityHigh tensile strengthDoes not react with oils and fats.Waterproof / hydrophobicTypical valueTest method Glass transition temperature: -16⁰C ISO 11357Young's modulus 150 MPa ISO 527Elongation at break: 450% ISO 527Tensile strength: 50 MPa ISO 527Impact strength: non-destructive ISO 1..

Key FeaturesMade to support low temperature polymersDurabilityLow moisture absorptionZ-SUPPORT ATP is a soluble support filament for printing with Z-ULTRAT, Z-ULTRAT Plus, Z-ABS and Z-ASA Pro. Unlike materials based on PVA or BVOH, it does not dissolve in water, but dissolves in a weak alkali, which is formed when mixed with Z-SUPPORT ATP Activator..