Rigur Box polyjet

3D Printing For Tough And Flexible Models

Print with Simulated Polypropylene to rapidly produce durable prototypes that look and behave like polypropylene.

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Overview

Using two Polyjet printing materials, manufacturers can print prototypes that simulate the appearance and functionality of polypropylene to test form, fit, and function for applications such as snap-fit assemblies, hinges, durable housings, and packaging. Rigur (RGD450) acts as an advanced polypropylene material substitute that offers durability and great surface finishes. Use Rigur in any office-friendly environment to gain reliable performance and stable prototypes. Durus (RGD430) is the original Simulated Polypropylene material that exhibits great impact resilience and an elongation at break of 44%.

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Material Performance

Simulated Polypropylene material is tough, flexible and durable. It enables you to 3D print precision prototypes that look and behave like polypropylene.

Material Properties Izod notch testing

IZOD IMPACT,
NOTCHED

30-35 J/m

Material Properties Heat Deflection

Heat Deflection
Temperature

49-54°C

Material Properties Flexural Strength

Flexural
Strength

52-59 MPa XZ axis

Material Properties Tensile Strength

Tensile
Strength

40-45 MPa XZ axis

Material Highlights

Characteristics

  • Opaque
  • Tough
  • Dimensionally stable

Options

  • Rigur is an office-friendly material engineered to deliver reliable performance and impressive, dimensionally stable prototypes.
  • Rigur comes in a bright, true white with PolyJet technology’s signature fine resolution and smooth curves.

Uses

  • Reusable containers and packaging
  • Flexible, snap-fit applications and living hinges
  • Toys, battery cases, laboratory equipment
  • Loudspeakers and automotive components

Advantages

  • Versatility
  • Fine detail
  • Superior toughness
  • Bright white color for sleek prototypes

Performance Scale

Material Colours

 

 

Powered By Polyjet

Renowned for its outstanding realism and breathtaking aesthetics, Polyjet 3D printing offers sharp precision, smooth surfaces, and ultra-fine details. 

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Technical Specifications

Durus White (RGD430)

 

Properties ASTM Units Metric Units Imperial
Tensile Strength D-638-03 MPa 20-30  psi 2900-4350
Elongation at Break D-638-05 % 40-50  % 40-50
Modulus of Elasticity  D-638-04  MPa 1000-2000 psi 145,000-175,000
Flexural Strength  D-790-03  MPa  30-40 psi 4350-5800
Flexural Modulus  D-790-04  MPa  1200-1600 psi 175,000-230,000
HDT, °C @ 0.45MPa  D-648-06  °C  37-42 °F 99-108
HDT, °C @ 1.82MPa  D-648-07  °C  32-34 °F 90-93
IZOD Notched Impact  D-256-06 J/m  40-50 ft lb/inch 0.749-0.937
Water Absorption  D-570-98 24hr  %  1.5-1.9 % 1.5-1.9
Tg DMA, E» °C 35-37 °F 95-99
Shore Hardness (D) Scale D Scale D 74-78 Scale D 74-78
Rockwell Hardness Scale M Scale M no data Scale M no data
Polymerized Density ASTM D792 g/cm3 1.15-1.17
Ash Content USP281 % 0.10-0.12 % 0.01-0.12

Rigur (RGD450)

 

Mechanical Properties Test Method Imperial Metric
Tensile Strength D-638-03 5,800-6,500 psi 40-45 MPa
Elongation at Break D-638-05 20-35% 20-35%
Modulus of Elasticity  D-638-04 246,000-305,000 psi 1,700-2,100 MPa
Flexural Strength  D-790-03 7,500-8,500 psi 52-59 MPa
Flexural Modulus  D-790-04 217,000-246,000 psi 1,500-1,700 MPa
IZOD Notched Impact  D-256-06 0.561-0.656 ft lb/inch 30-35 J/m
Thermal Properties Test Method Imperial Metric
Heat Deflection (HDT) @ 0.45 MPa D-648-06 120-129 °F 49-54 °C
Heat Deflection (HDT) @ 1.82 MPa D-648-07 113-122 °F 45-50 °C
Glass Transition (Tg) DMA, E 118-126 °F 48-52 °C
Other Test Method Imperial Metric
Shore Hardness Scale D 80-84 Scale D 80-84 Scale D
Rockwell Hardness Scale M 58-62 Scale M 58-62 Scale M
Polymerized Density ASTM D792 — 1.20-1.21 g/cm3
Ash Content USP 281 0.3-0.4% 0.3-0.4%

Applications

System Compatibility

objet 30

Objet30 Series

Objet Eden260VS

Connex3

Objet1000 Plus