Nexa3D xFLEX475 High Rebound Resin
Nexa3D xFLEX475 High Rebound Resin
SKU:PRO-b16fd0
Achieve resilience and tear resistance with Nexa3D xFLEX475 High Rebound Resin, ideal for industrial-grade soft material applications.
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$49.99
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Nexa3D xFLEX475 High Rebound Resin
$49.99
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Nexa3D xFLEX475 High Rebound Resin
$49.99
Quantity: 1
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The Nexa3D xFLEX475 PhotoElastic 60A High Rebound Resin is a top-tier UV-curable material designed for industrial-grade soft and elastomeric applications. With exceptional properties like high tear resistance, energy return, and ease of printing, this single-component resin is perfect for lattice structures, functional prototyping, and applications requiring snap back capabilities. Its validated workflow ensures precise curing and post-processing steps for consistent results, making it a superior choice for elastomeric 3D printing projects.
Product Specifications
Limitations Limitations
The mechanical and physical properties of Nexa3D® xFLEX475 are highly dependent on the printing parameters used as well as part geometry. It is common that validated workflows need to be adjusted for unusually thick or thin geometries. Even if the properties observed in your lab donât match the TDS, it does not signify that something is "wrong,". Parts may be tacky prior to post-cure.Post curing of Nexa3D® xFLEX475 to reach stated property targets must be cured in water or an alternative inert medium. Deionized water is recommended. Coating parts with a spray-on mold release agent such as LOCTITE® Frekote 770-NC or Smooth-On Universal Mold Release prior to post curing will reduce the surface tack of a final part. After curing, the mold release can be rinsed off with water or Isopropanol.Printing with Nexa3D® xFLEX475 requires detailed attention to interactions between the material and the hardware in use. Mechanical process settings must be optimized for each printer based on the hardware and software capabilities. Due to the low durometer and high elasticity of the material, printed parts may sway during tray release, Z-axis movement, and upon re-entering the resin vat. For this reason, the user must consider part orientation and support design carefully.Typically larger supports and contacts are required and build height to width ratio should be kept near 1:1. Use wait time of 3-5 seconds to allow part and resin to settle. Parts are too soft to removing support nubs by sanding or other abrasive methods. Cutting supports with a scalpel or ultrasonic knife will leave a cleaner surface than tearing off or cutting with snips.
Mechanical Properties Elongation At Failure
158 %
Mechanical Properties Elongation Tolerance At Failure
2.7 %
Mechanical Properties Energy Return
39 %
Mechanical Properties Tear Strength
11.77 kN/m
Mechanical Properties Tear Strength Tolerance
1.3 kN/m
Mechanical Properties Tensile Stress At Break
3.8 MPa
Mechanical Properties Tensile Stress Tolerance At Break
0.8 MPa
Mechanical Properties Youngs Modulus
4.6 MPa
Mechanical Properties Youngs Modulus Tolerance
0.8 MPa
Note Note
Results based on validated workflow
Other Properties Cured Solid Density
1.04 g/cm³
Other Properties Green Solid Density
1.43 g/cm³
Other Properties Liquid Density
1.02 g/cm³
Other Properties Shore Hardness 0s 5s
44A | 55A
Other Properties Viscosity At 25 Degree Celsius C 77 Degree Fahr
1320 cP
Other Properties Volumetric Shrinkage
2.26 g/cm³
Other Properties Water Absorption 168 Hours Hr
6.5 %
Other Properties Water Absorption 168 Hours Hr Tolerance
0.1 %
Other Properties Water Absorption 24 Hours Hr
2.1 %
Other Properties Water Absorption 24 Hours Hr Tolerance
0.1 %
Other Properties Water Absorption 72 Hours Hr
4.5 %
Other Properties Water Absorption 72 Hours Hr Tolerance
0.1 %
Specifications Available Colors
Black | White
Validated Workflow Cure
60 min total cure time in xCure. Cure submersed in water using borosilicate glass container. Place container on floor of xCure. Flip part half-way through to ensure uniform exposure.
Validated Workflow Dry
30 min air dry
Validated Workflow Exposure Parameters
NexaX Default
Validated Workflow Inhibition
Spray with Mold Release
Validated Workflow Inhibitor Rinse
Dip in IPA to remove mold release, drip dry
Validated Workflow Primary Wash
1 min, xClean detergent in xWash station
Validated Workflow Secondary Wash
2 min, Isopropyl Alcohol