Reliable Performance & Durability

Ultra-tough plastic (SLA) 3D printing material that replaces traditional CNC-machined polypropelene and ABS.

Overview

With physical properties similar to end-use plastics such as ABS and Polypropylene, Accura Xtreme plastic is excellent for functioning prototypes and short-run production projects. Its excellent durability, accuracy and aesthetics make a great model for mimicking the appearance of a final production part.

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Accura Xtreme SLA 3D Printing

Material Performance

Impact
Strength

35-52 J/m

Heat Deflection
Temperature

62°C @ 66 PSI
54°C @ 264 PSI

 

Flexural
Strength

51-71 MPa

Tensile
Strength

38-44 MPa

Material Highlights

Features

  • Strong and durable
  • Withstands and prevents breakage
  • Ideal for master patterns for vacuum casting
  • Easy-to-use low viscocity formulation
  • Impact resistance

Uses

  • Snap fit assemblies
  • Consumer product and electronics enclosures
  • Form, fit and function prototypes

Performance Scale

Material Colours

Powered By SLA

SLA 3D printing technology works by using a UV laser to cure and solidify fine layers of photopolymer in an open vat. As the world’s first 3D printing technology, SLA remains as a great option for printing parts to be painted and coated.

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Technical Specifications

Post-Cured MaterialTest MethodMetricU.S.
Tensile Strength
(MPa/PSI)
ASTM D63838-445510-6380
Tensile Modulus
(MPa/KSI)
 ASTM D6381790-1980260-287
Elongation at Break (%)ASTM D63814-2214-22
Flexural Strength
(MPa/PSI)
ASTM D79057-717540-10300
Flexural Modulus
(MPa/KSI)
ASTM D7901520-2070220-300
Impact Strength
(J/m /Ft-lbs/in)
ASTM D25635-520.66-0.98
Heat Deflection
Temperature
ASTM D 648
@ 66 PSI
@ 264 PSI
62 °C
54 °C
144 °F
129 °F
Glass Transition (Tg)70-74 °C158-165 °F
Liquid MaterialTest MethodValue
Viscosity@ 30 °C (86 °F)250-300 cps
Penetration Depth (Dp)4.1 mils
Critical Exposure (Ec)11.7 mJ/cm2
ColourGrey
Solid Density@ 25 °C (77 °F) 1.19 g/cm3
Liquid Density@ 25 °C (82 °F) 1.13 g/cm3
Tested Build StylesEXACT

Applications