The classic. CoCr PFM alloy for all conventional ceramics, laser-weldable.
Co 63.6 % · Cr 24.8 % · W 5.5 % · Mo 5.0 % · Si 1.1 % · Fe, Mn, Nb < 1 %
EN ISO 22674 Type 4
CoCr PFM alloy with a reliable ceramic bond, easy to polish after casting.
Co 62.5 % · Cr 24.6 % · W 8.5 % · Mo 2.9 % · Si 1.3 % · Nb < 1 %
EN ISO 22674 Type 4
High stability, castable with all melting methods. Proven for many years.
Co 63.0 % · Cr 29.0 % · Mo 5.8 % · Si 1.2 % · Fe, Mn, Nb < 1 %
EN ISO 22674 Type 4
Special composition, laser-weldable, easy oxide removal after firing.
Co 61.7 % · Cr 27.8 % · W 8.5 % · Si 1.6 % · Fe, Mn, Nb, N < 1 %
EN ISO 22674 Type 4
Contains gallium. Easy finishing thanks to low hardness, laser-weldable.
Co 59.5 % · Cr 24.8 % · W 5.9 % · Mo 4.7 % · Ga 4.2 % · Si, Mn, Nb, Fe < 1 %
EN ISO 22674 Type 4
For high-expansion and low-fusing ceramics. Laser-weldable.
Co 33.3 % · Cr 30.0 % · Fe 29.0 % · Mo 5.0 % · Mn 1.3 % · Si 1.1 % · C, N, Nb < 1 %
EN ISO 22674 Type 4
NiCr PFM alloy for all conventional ceramics, laser-weldable.
Ni 62.7 % · Cr 24.5 % · Mo 10.0 % · Fe 1.5 % · Si 1.3 % · Nb, Mn < 1 %
EN ISO 22674 Type 3
Very stable NiCr PFM alloy, laser-weldable.
Ni 62.4 % · Cr 25.0 % · Mo 11.0 % · Si 1.6 % · Nb, Mn, Fe < 1 %
EN ISO 22674 Type 3
FeNiCr alloy for crowns and bridges. Comfortable finishing after casting.
Fe 47.8 % · Ni 24.3 % · Cr 21.2 % · Mo 3.3 % · Si 1.8 % · Cu 1.6 % · Nb, Mn < 1 %
EN ISO 22674 Type 2
Extra hard partial denture casting alloy for removable partial dentures. Corrosion-resistant, laser-weldable.
Co 62.5 % · Cr 30.0 % · Mo 5.1 % · Si 1.0 % · Mn 1.0 % · C, N, Nb, Fe < 1 %
EN ISO 22674 Type 5
Spring hard partial denture casting alloy for the entire range of model casting work – clasp dentures and combination work.
Co 63.5 % · Cr 29.2 % · Mo 5.0 % · Si 1.0 % · Mn 1.0 % · C < 1 %
EN ISO 22674 Type 5
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