Zortrax UV Resin - Basic - 500ml - Grey

Precise and Safe

A 3D printing resin that has low shrinkage and short curing times. It's both durable and easy to print and can be painted with commonly-used paints. Perfect for highly-detailed exhibition models.

• Container: Bottle
• Net weight: 500 ml ± 5%
• Wavelength: 405 nm

Epoxy-based Resin for 3D Printing

Zortrax Resin BASIC is an epoxy-based resin offering sharp edges, high detail, and short curing times. It’s durable and easy to print. It’s available in grey, white, and pigment free. Zortrax Resin BASIC contains no volatile organic compounds, so it is safe to print with when used in accordance with our safety instructions. The already cured resin is easy to paint.

This resin has very low shrinkage. Its shore hardness is 82.2 D for the pigment-free version and as high as 88 D for ivory and grey versions. Due to its composition, Zortrax Resin BASIC offers smooth surfaces. It can be cured with UV light with 405 nm wavelength.

Main Features:

• Low shrinkage
• Easy of painting
• Safe for health and environment

Applications

• Casings for electronics
• Functional prototypes
• Exhibition models
• End-use parts
• Translucent models (pigment free only)

Dedicated for Container Netto Weight Wavelenght   Zortrax Inkspire bottle 500 ml ± 5% 405 nm               White/Ivory; Grey   Pigment-free   Mechanical Properties Metric Imperial Metric Imperial Tensile strength 36  -52 MPa 5220 - 7540 psi 35.7 MPa 5180 psi Tensile Modulus 1.779 - 2.385 GPa 258 - 346 ksi - - Elongation at Break 11 - 20% 11 - 20% 3% 3% Flexural Strength 59 - 70 MPa 8560 - 10200 psi - - Flexural Modulus 1.882 - 2.385 GPa 273 - 346 ksi 1.56 GPa 226 ksi Izod Impact, Notched 44 - 49 J/m 0.824 - 0.918 ft-lb/in - - Other Properties Metric Imperial Metric Imperial Viscosity 150 - 200 mPa*s 0.00313 - 0.00418 lbf-s/ft2 33 - 57 mPa*s 0.000689 - 0.00119 lbf-s/ft2 Density 1.05 - 1.13 g 0.00232 - 0.00249 lb - - Shrinkage 3.72 - 4.24% 3.72 - 4.24% 2% +/- 1% 2% +/- 1% Shore Hardness (D) 88 88 82.2 82.2 Glass Transition Temperature 100° C 212° F - - Hot Deformation Temperature 80° C 176° F - -