The Universal Selection Source: Plastics & Elastomers

by SpecialChem

Arnitel® ID 2045

Technical DataSheet | Supplied by DSM

Arnitel® ID 2045 by DSM Engineering Plastics is a highly flexible, high performance thermoplastic copolyester grade present as filament and containing greater than 50% renewable content. Exhibits excellent UV and chemical resistance compared to other flexible polymers such as thermoplastic urethanes (TPUs), and those reaching elongation at break up to 400%. Shows no buckling and offers a higher print speed than other thermoplastic elastomers. Also exhibits unparalleled layer-to-layer adhesion when compared with the available ABS, PLA and TPU filaments in the 3D printing market using fused deposition modeling (FDM) technology. Arnitel® ID 2045 by DSM Engineering Plastics is widely used in electronics, sports and other high-end applications.

Arnitel® ID 2045 Product details

Product Type
xxxxxxxxxxxxxxxxxxxx
Physical Form
Solid
Product Launch Date
xxxxxxxxxxx
Product Status
xxxxxxxxxx
Applications/ Recommended for
  • Sports & Leisures
  • Electronics / Computers
  • xxxxxxxxxxxxxxxxxxxxxxxxx
Key Features
  • xxxxxxxxxxxxxx
  • xxxxxxxxxxxxxxxxxxxxxxxxx
  • xxxxxxxxxxxxxxxxx
  • xxxxxxxxxxxxxxxxxxx

Arnitel® ID 2045 Properties

Mechanical Properties

Value & Unit
Test Condition
Test Method
Maximum Tensile Stress (3D Printed Tensile Bars)
x MPa
xxxxxxxxxx
Maximum Tensile Stress (3D Printed Tensile Bars)
xxx MPa
xxxxxxxxxx
Tensile Modulus (3D Printed Tensile Bars)
xx MPa
xxxxxxxxxx
Tensile Modulus (3D Printed Tensile Bars)
xx MPa
xxxxxxxxxx
Elongation @ Break (3D Printed Tensile Bars)
xxx %
xxxxxxxxxx
Elongation @ Break (3D Printed Tensile Bars)
xxx %
xxxxxxxxxx

Hardness Properties

Value & Unit
Test Condition
Test Method
Durometer Hardness (Shore D)
xx
xxxxxxx

Thermal Properties

Value & Unit
Test Condition
Test Method
Melting Temperature
xxx °C
xxxxxxxxxx
Glass Transition Temperature
xxx °C
xxxxxxxxxx

Physical Properties

Value & Unit
Test Condition
Test Method
Humidity Absorption
0.04 %
Similar to ISO 62
Density
1100 kg/m3
ISO 1183
Last edited Jun 8, 2016
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