Material datasheet and General process data

Materiale Trattamento Termico RCarico limite elastico (N/mm²) Resistenza alla trazione (N/mm²) Durezza(HRC) Coefficiente di ModuloElastico E a 20°C (102N/mm²) Allungamento (%) Conducibilità Termica 20°C (W/mk)
 1.2709  /  950 1.100  35-40  140  4,0  20 ±1
  Aging 490°   1.900 2.050  54  18020 ±20 >2-3   20 ±1
  Aging 540° 1.550  1.650  48  18020 ±20 >2-3   20 ±1

Hot-work steel: powder material for the production of functional parts and tool component for plastic injection and aluminum diecasting moulds. Mechanical and wear properties are similar to 1.2343 Baseplate materials: W720(1.2709), 1.2343.

X3CrNiAl12.9 Aging 510°  c.a 1.600 ca. 1.700  48-50  ca. 140  ca. 2 ca. 14

Hot work stainless steel: powder material for the production of tool components with high chrome content (12%) for food and medical packaging. Hardness and wear properties are similar to 1.2083. Baseplate material: Uddeholm Corrax.

AISI316L /  470 570 20  > ca. 15

Stainless steel used mailny for prototypes and functional parts.

ALLUMINIUM

TITANIUM

INCONEL718

It is possible to build parts in different materials and keep the same mechanical properties of traditional parts.

 

Maximum building envelope: 250x250x300mm
It is generally possible to do some surface treatment like PVD, nickel coating and traditional welding (tig, laser). The parts can be machined with any traditional technlogy like millign, turning and EDM processes.


 

1.2709 – Hot work maraging tool steel

Chemical composition

Component Value %
 Fe Resto 
 C ≤0.03
 Si  ≤0.10
 Mn  ≤0.15
 P  ≤0.01
 S  ≤0.01
 Cr  ≤0.25
 Mo  4.5 - 5.2
 Ni  17.0 - 19.0
 Ti  0.8 - 1.2

 

Microscopic pictures of 1.2709 steel


X3CrNiAl12.9 – Martensitic Stainless Steel

Chemical composition

Component Value %
 Fe ≤0.03
 C 0.3
 Si 0.3
 Mn 12
 Cr 1.4
 Mo 9.2
 Ni 1.4
 Ai  

 

Microscopic pictures of X3CrNiAl12.9

 

General process data

Typical achievable part accuracy ±50μm
Minimum wall thickness² 0.3 mm
Surface Roughness² Ra 5μm - Rz 28μm
Relative density ±99.9%

 

 


1. Based on the most recent data available to Texer. All the figures have approximate values and could be susceptible to modification over time.
2. Minimum wall thickness depends on orientation, dimension and height of the wall. Please verify the feasibility of your part by sending us a 3D file.
3. The surface roughness data is valid for vertical and horizontal surfaces. Sloped geometriescould present different values due to the layer by  layer construction.