High Elongation Resin xPP405-Clear for Industrial Applications
High Elongation Resin xPP405-Clear for Industrial Applications
SKU:PRO-a6599d
Discover xPP405-Clear Resins: high elongation, impact-resistant, and ideal for industrial tools and consumer goods applications.
Regular price
$49.99
Regular price
Sale price
$49.99
Unit price
per
Initiate Order
High Elongation Resin xPP405-Clear for Industrial Applications
$49.99
Quantity: 1
Claim Your Seller Account
High Elongation Resin xPP405-Clear for Industrial Applications
$49.99
Quantity: 1
Delivery via Maden
Expect your order to arrive on time.
Secure Payments
All orders are processed through a secure, PCI-compliant checkout.
The xPP405-Clear PhotoPlastic HDT50 High Elongation Resins from brands like Applied Rapid Technologies Corp. and Loctite deliver exceptional impact resistance and surface finish, making them perfect for demanding industrial environments. With impressive mechanical properties like Green Tensile Stress at Break of 30 MPa and Post Processed IZOD Impact Strength of 65.27 J/m, this material ensures reliability and durability in tools, manufacturing aids, housings, and consumer goods. Post-processing options including color dying and polishing enhance the material's clarity and aesthetics, meeting both performance and visual standards required in industrial settings.
Product Specifications
Additional Development Options Additional Development Options
Colors: xPP405-Black formula can be made in additional pigment colors.LCD printers: xPP405-Black currently testing, there's potential.
Liquid Properties Viscosity At 25 Degree Celsius C 77 Degree Fah
2300 cP
Mechanical Properties Green Elongation At Failure
120 %
Mechanical Properties Green Elongation Tolerance At Failure
14 %
Mechanical Properties Green Tensile Stress At Break
30 MPa
Mechanical Properties Green Tensile Stress At Yield
18 MPa
Mechanical Properties Green Tensile Stress Tolerance At Break
3 MPa
Mechanical Properties Green Tensile Stress Tolerance At Yield
1 MPa
Mechanical Properties Green Youngs Modulus
793 MPa
Mechanical Properties Green Youngs Modulus Tolerance
26 MPa
Mechanical Properties Post Processed Elongation At Failure
92 %
Mechanical Properties Post Processed Elongation Tolerance At Fai
18 %
Mechanical Properties Post Processed Flexural Modulus
1500 MPa
Mechanical Properties Post Processed Flexural Modulus Tolerance
76 MPa
Mechanical Properties Post Processed Flexural Strain At Break
Does not Break
Mechanical Properties Post Processed Izod Impact Strength Notche
65.27 J/m
Mechanical Properties Post Processed Izod Impact Strength Tolera
3 J/m
Mechanical Properties Post Processed Izod Impact Strength Unnotc
> 1500 J/m
Mechanical Properties Post Processed Maximum Flexural Stress
69 MPa
Mechanical Properties Post Processed Maximum Flexural Stress Tol
2 MPa
Mechanical Properties Post Processed Tensile Stress At Break
39 MPa
Mechanical Properties Post Processed Tensile Stress At Yield
41 MPa
Mechanical Properties Post Processed Tensile Stress Tolerance At
1 MPa
Mechanical Properties Post Processed Youngs Modulus
1618 MPa
Mechanical Properties Post Processed Youngs Modulus Tolerance
23 MPa
Note Note
All specimen are printed unless otherwise noted. All specimen were conditioned in ambient lab conditions at 19-23C / 40-60 % RH for at least 24 hours."ASTM Methods: D638 Type IV, 50 mm/min, D790-B, 2 mm/min, D256 Notched IZOD (Machine Notched), 6 mm x 12 mm, D648, D2240, Type "D" (0, 3 seconds), D1475, D7867
Other Properties Green Solid Density
1.126 g/cm³
Other Properties Post Processed Heat Deflection Temperature Hdt
53 ºC
Other Properties Post Processed Liquid Density
1.050 g/cm³
Other Properties Post Processed Shore Hardness 0s 3s
76 Rockwell D | 79 Rockwell D
Other Properties Post Processed Solid Density
1.134 g/cm³
Other Properties Post Processed Water Absorption
2 %
Post Curing Post Curing
xPP405-Clear requires post curing to achieve specified properties. A wide array of post cure equipment can be used to cure xPP405-Clear appropriately.
Post Processing Options Post Processing Options
Color/Dying - Laboratory testing shows that dying xPP405-Clear using solvent solutions is possible. In order to maintain mechanical properties we recommend dying after post cure is completed. Dyeing prior to post cure, results may vary and effect mechanical properties.Polishing / Coating is needed for optimum clarity to be obtained. For more information please contact your Henkel representative.
Post Processing Post Processing
xPP405-Clear requires post processing to achieve specified properties. Prior to post curing, support structures should be removed from the printed part, and the part should be washed in a compatible cleaner. Nexa3D® recommends either IPA or Cleaner C in 2 minute interval wash cycles. Use compressed air to remove residual solvent from the surface of the material between intervals.
Specifications Available Colors
Clear