CL 41TI ELI (Metal / Titanium)

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Material

Vendor

Concept Laser

Description

Titanium alloy with heat treatment
For the production of lightweight components in the fi eld of motorsport and aerospace industries as well as implants in the medical technology field. Components with integrated cooling structure, bionic components and bone-foams with bio-analogue structure. Homogeneous, dense structure. By using a special heat treatment a higher elongation can be achieved.

Standards

ASTM F136-02a (ELI Grade 23)

State of starting material

powder

Properties, applications and appearance

Field of application

Rapid Manufacturing

Flame retardant plastic

flame retardant acc. to JAR 25, flame retardant acc. to UL 94


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Process

Manufacturing process

Laser Melting
Parts are built in a metal powder bed through a laser (or lasers) melting the metal powder layer-by-layer. Synonyms: Selective Laser Melting, SLM, Direct Metal Laser Sintering, DMLS, Laser Cusing

Physical, mechanical and thermal properties

Mechanical Properties

ultimate tensile strenght: 1,100 - 1,300 MPa
yield stress Rp 0.2%: 900 - 1,200 MPa
tensile modulus (Young's / E- ): 110,000 MPa
elongation at break: 5 - 10 %

Thermal Properties

thermal conductivity: 7 W/m °C
coefficient of thermal expansion: 9 per °C


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Data source: Concept Laser

ATTENTION: The presented values are provided by the material manufacturers and are only indicative. Realized material properties may differ from these value for several reasons. Additively does not guarantee the correctness of this information in any way.