Remanium GM380+ Alloy 1KG
~ Easy-to-use traditional alloy with a wide range of applications
~ Time-tested, spring-hard alloy for all types of cast partial denture work
Advantages:
~ further development of the time-tested remanium GM 380
~ the right moment for casting is shown when the melt has a mirror-like shine
~ no overheating of melt results in smooth and clean castings
~ reduced surface hardness
~ easy preparation and polishing
~ the high elongation at break value promotes activation
Remanium GM800+ Alloy 1KG
~ Extra spring-hard universal alloy with a high yield strength for all types of cast partial denture work.
Advantages:
~ fracture resistant due to excellent physical properties
~ high modulus of elasticity allows delicate but still rigid constructions
~ even less risk of clasp fractures due to increased yield strength
~ the right moment for casting is shown when the melt has a mirror-like shine.
~ no overheating of melt results in smooth and clean castings
~ high-luster surface after electrolytic polishing
~ very good laser welding properties
Continuous casting
~ Universal alloy
~ Favourable price-performance ratio
~ Suitable for laser welding
Technical specification
vickers hardness (HV 1) | 549 |
density (g/cm3) | 8.3 |
tensile strength (N/mm2) | 675 |
0.2-yield strength (N/mm2) | 441 |
elongation limit A5 (%) | 9.3 |
modulus of elasticity (N/mm2) | 197,000 |
liquidus point (°C) | 1,400 |
solidus point (°C) | 1350 |
casting temperature (°C) | 1,600 |
Composition in %
chrome | 29 |
cobalt | 63 |
molybdenum | 6 |
further elements below 1% | C, Fe, Si, Mn |
>Continuous casting
~ optimal for combination dentures
~ slightly increased elasticity
~ suitable for laser welding
Technical Specification
vickers hardness (HV 1) | 390 |
density (g/cm3) | 8.3 |
tensile strength (N/mm2) | 761 |
0.2-yield strength (N/mm2) | 609 |
elongation limit A5 (%) | 6 |
modulus of elasticity (N/mm2) | 200,000 |
liquidus point (°C) | 1,400 |
solidus point (°C) | 1,340 |
casting temperature (°C) | 1,450 |
Composition in %
chrome | 31 |
cobalt | 62 |
molybdenum | 5 |
further elements below 1% | C, Fe, Si, Mn |