Casting in molds of different material (copper, steel…) and different forms (cylinder, cuboid…)
Manuf.: Co. Balzers (no photo)
For medium melt volumes (ca. 250 cm3)
Melt process under protection gas or vacuum
Casting in molds of different material (copper, steel…) and different forms (cylinder, cuboid…)
Cold crucible casting
Manuf.: in-house development of IFW-Research Technology Department
Contact-free inductive melting under protective gas or vacuum – no crucible
Also suitable for reactive metals
Casting in copper mold (rod diameter: 10 to 12 mm, length ca. 10 cm)
Subsequent addition of further constituents to alloy feasible
Suction casting
Manuf.: Co. E. Buehler
Melting process via electric arc in small water cooled copper slots (ca. 10 g) under argon atmosphere
Also suitable for reactive metals
Subsequent suction casting in copper molds with small diameters or small rectangular cross section (e.g. rod diameter: 1.5 to 6 mm, rod length: 7 cm) to ensure high cooling rates
Arc melting
Manuf.: Co. ALD
Melting process via electric arc in water cooled copper sheets (ca. 50 g) under argon atmosphere
Also suitable for reactive metals
Centrifugal casting
Manuf.: Co. Linn High Therm
For smaller melt volumes (ca. 2 cm3)
Melt process under protective gas or vacuum
Excellent capability for mold filling and high cooling rates effective during centrifugal coating in a copper mold with small diameter (1.5 to 6 mm)
Eventual turbulences in melt can lead to „marbling“
Melt spinning
Manuf.: Co. E. Buehler
Inductive melting in e.g. SiO2 -and graphite crucibles under protection gas or vacuum
