Skip to main content
Company
History
Jobs and Internships
Certificates
Qualifications
Electron Beam Welding
Examples
Pictures
Weld seam geometries
Materials
Macrosections
Features
Advantages
Electron Beam Hardening
Examples
Pictures
Advantages
Information
Quality assurance
Downloads
Flyer
General Terms and Conditions
Contact
Imprint
Privacy policy
Company
History
Jobs and Internships
Certificates
Qualifications
Electron Beam Welding
Examples
Pictures
Weld seam geometries
Materials
Macrosections
Features
Advantages
Electron Beam Hardening
Examples
Pictures
Advantages
Information
Quality assurance
Downloads
Flyer
General Terms and Conditions
Contact
Imprint
Privacy policy
Phone +49 (0) 346 06 - 353 - 0
Features
Fusion welding process
(Process number 511 according to DIN EN ISO 4063)
Welding in vacuum
Welding without filler material is the standard
Welding with filler material if the metallurgy or seam preparation
requires it
Typically one-layer weld seam depths are:
steel: - 80 mm
copper: - 40 mm
aluminium: - 40 mm
Especially for EB welding suitable materials, that cannot or only
difficulty welded by other welding processes, are for instance:
steel with carbon amount up to 0,6 % and high carbon
equivalents
austenitic stainless steels
duplex and super duplex steels
copper and copper alloys
nickel based alloys
aluminium and aluminium alloys
magnesium alloys
titan and titanium alloys
special materials: silver, platinum, zirconium, niobium,
tantalum, tungsten, molybdenum
For EB welding suitable material combinations are for example:
copper - steel
molybdenum - steel
platinum - steel
platinum - titanium
silver - copper
silver - aluminium
Special suitable for electron beam welding are materials with
following properties:
high heat conduction
(aluminium, silver, copper, tungsten, molybdenum)
high affinity to oxygen
(magnesium, niobium, tantalum, zirconium, titanium)
high melt temperature and high melt energy
(niobium, tantalum, tungsten, molybdenum)
back
next