Moiin
Model Grey 2.0

For creating technically challenging and
detailed models, functional objects, and prototypes

Mechanical top performer. With the MOIIN Model Grey 2.0 various mechanical properties of the tried-and-trusted MOIIN Model Grey have been further improved. The MOIIN Model Grey 2.0 Resin is therefore our top performer for all types of models, but also the ideal partner for technically challenging, high-performance functional objects and prototyping work. MOIIN Model Grey 2.0 offers high tensile strength, an optimal tensile modulus and improved impact strength. The Model Grey 2.0 therefore makes it possible to produce functional parts that can replace typical thermoplastics. In addition to superior precision, the material also impresses with even easier handling.

Sectors

  • Design
  • EDUCATION & SCIENCE
  • INDUSTRIAL MANUFACTURING
  • JEWELRY PRODUCTION
  • MEDICAL TECHNOLOGY

USES

  • Functional prototypes
  • heat-resistant objects
  • iterative design
  • PRODUCT DESIGN
  • PRODUCTION TOOLS
  • VIRTUAL SURGICAL PLANNING
  • MASTER MODELS FOR JEWELRY DESIGN
  • MODELING
  • OBJECTS OF ANY KIND
  • STRUCTURES
  • MOLDS

Material properties

Material PropertiesValue
ProductModel Grey 2.0
Tensile Strength at Break71 Mpa
Tensile Modulus3,6 Gpa
Elongation at Failure5,1%
Flexural Stress at Break114 MPa
Flexural Modulus2,7 Gpa
Izod Impact Strength (notched)23 J/m
Shore Hardness (Scale D)86
Heat Deflection Temperature HDT A (1,8 Mpa)69 °C
Heat Deflection Temperature B (0,45 Mpa)88 °C

Please visit technical data page for an up-to-date table with further product data and printer compatibilities for all MOIIN Resins.

Material PropertiesValue
ProductModel Grey (for comparison)
Tensile Strength at Break49 MPa
Elongation at Failure3.80 %
Flexural Stress at Break87 MPa
Flexural Modulus2.0 GPa
Izod Impact Strength (notched)18 J/m
Heat Deflection Temperature A (1,8 Mpa)58.05 °C
Heat Deflection Temperature B (0,45 Mpa)80.42 °C
Shore Hardness (Scale D)84

Material with additional value

Excellent detail reproductionExtremely fine surface structureExcellent mechanical propertiesImproved impact strengthHigh tensile strength and optimum tensile modulusPleasant to the touchOdourlessDoes not stickResistant to yellowingEasy handling

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