Ni-alapú ötvözetek

Additive Manufacturing offers a multitude of advantages compared to conventional manufacturing methods like design freedom, shorter lead times or minimum tooling costs. However, up to now there have been only a limited number of commercial alloys available for Additive Manufacturing. Since the performance-requirements of the printed parts in several applications like tooling, aerospace and automotive industry are getting more complex in terms of mechanical properties and corrosion resistance, the powder materials for Additive Manufacturing processes also have to be improved.

AMPO – Additive Manufacturing Powder
Melting Routes:
VIGA– Vacuum Induction Melting Inert Gas Atomization
EIGA Electrode Induction Melting Inert Gas Atomization

Böhler Program

 

BÖHLER Grade Application Segments Melting Route Market grade anyagszámok szabványok
Oil & Gas/CPI
VIM + ESR or Airmelted + ESR Alloy C4
SEL 2.4610
EN NiMo16Cr16Ti
UNS N06455
DIN 17752
ASTM B574
AMS -
Egyéb VdTÜV WB424
Oil & Gas/CPI
VIM + ESR or Airmelted + ESR Alloy C22
SEL 2.4602
EN NiCr21Mo14W
UNS N06022
DIN -
ASTM B574
AMS -
Egyéb NACE MR0175 / ISO 15156
Oil & Gas/CPI
VIM + ESR or Airmelted + ESR Alloy 276
SEL 2.4819
EN NiMo16Cr15W
UNS N10276
DIN 17752
ASTM B574
AMS -
Egyéb VdTÜV WB400
Aerospace
Automotive
VIM + ESR Alloy 625
SEL 2.4856
EN NiCr22Mo9Nb
UNS N06625
DIN -
ASTM B564-06A
AMS 5666
Egyéb -
- - -
SEL -
EN -
UNS -
DIN -
ASTM -
AMS -
Egyéb -
Oil & Gas/CPI
VIM + VAR Alloy 718API
SEL -
EN -
UNS N07718
DIN -
ASTM -
AMS -
Egyéb NACE MR0175 / ISO 15156

KAPCSOLAT

BÖHLER Magyarország

Kapcsolat

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