- Products
- Chrome Cobalt and Accessories
- Chrome Cobalt Alloys
- Kulzer Heraenium PW - Non precious bonding alloy -1kg - 66021871
Kulzer Heraenium PW - Non precious bonding alloy -1kg - 66021871
- Brand: Kulzer
- Product Code: K-HPW
SPECIAL ORDER or LOW STOCK HELD
MULTIBUY DISCOUNTS APPLY
Heraenium PW ‐Non precious bonding alloy for conventional ceramics.
Our Heraenium cobalt-chrome alloys are the result of intensive research.
The precious-metal-free alloys are economical alternatives that offer top quality. Heraenium alloys for crowns and bridges can be reliably veneered with ceramics from our HeraCeram lines and all other ceramics. HeraCeram NP-Primer ensures a secure bond between alloy and veneering ceramic even under critical oxidation conditions. It prevents uncontrolled formation of the oxide layer and dissolves it on the non-precious-metal surface as required to ensure optimum coating with ceramic. The basis for long-term aesthetics.
Benefits at a glance:
- good milling and polishing properties
- simple machining with low hardness
- free from beryllium and cadmium
- can be laser-welded and soldered
- very good corrosion resistance
Heraenium Pw
CoCr-based non-precious metal alloy
Cobalt-chrome-based bonding alloy for conventional ceramics especially for HeraCeram acc. to EN ISO 9693-1 and 22674
Advantages
- Heraenium Pw, a soft cobalt chromium bonding alloy for all indications.
- optimum physical properties for exceptional processing
- good milling and polishing properties
- simple machining with low hardness
- free from beryllium and cadmium
- Laserable and solderable
- very good corrosion resistance
Delivery form |
Art. code |
1 kg | 6602 1871 |
250 g | 6602 1872 |
Technical specifications |
|
Composition in mass % |
Co 55.2 | Cr 24.0 W 15.0 | Fe 4.0 Si 1.0 | Mn 0.8 N < 0.1 |
Type | acc. to Guss Type 4 after ceramic firing Type 5 |
Colour | white |
Density (g/cm3) | 8.9 |
Melting range (°C) | Solidus 1320 Liquidus 1400 |
Hardness (HV 10) | after ceramic firing, 290 |
0.2 % yield strength (MPa) | after ceramic firing, 530 |
Elongation (%) | after ceramic firing, 8 |
CTE (25 – 500 °C) (μm/m*K) | 14.3 |
Young's modulus of elasticity (GPa) | 208 |
Kulzer Heraenium PW - Non precious bonding alloy -1kg - 66021871
- Brand: Kulzer
- Product Code: K-HPW
SPECIAL ORDER or LOW STOCK HELD
MULTIBUY DISCOUNTS APPLY
Heraenium PW ‐Non precious bonding alloy for conventional ceramics.
Our Heraenium cobalt-chrome alloys are the result of intensive research.
The precious-metal-free alloys are economical alternatives that offer top quality. Heraenium alloys for crowns and bridges can be reliably veneered with ceramics from our HeraCeram lines and all other ceramics. HeraCeram NP-Primer ensures a secure bond between alloy and veneering ceramic even under critical oxidation conditions. It prevents uncontrolled formation of the oxide layer and dissolves it on the non-precious-metal surface as required to ensure optimum coating with ceramic. The basis for long-term aesthetics.
Benefits at a glance:
- good milling and polishing properties
- simple machining with low hardness
- free from beryllium and cadmium
- can be laser-welded and soldered
- very good corrosion resistance
Heraenium Pw
CoCr-based non-precious metal alloy
Cobalt-chrome-based bonding alloy for conventional ceramics especially for HeraCeram acc. to EN ISO 9693-1 and 22674
Advantages
- Heraenium Pw, a soft cobalt chromium bonding alloy for all indications.
- optimum physical properties for exceptional processing
- good milling and polishing properties
- simple machining with low hardness
- free from beryllium and cadmium
- Laserable and solderable
- very good corrosion resistance
Delivery form |
Art. code |
1 kg | 6602 1871 |
250 g | 6602 1872 |
Technical specifications |
|
Composition in mass % |
Co 55.2 | Cr 24.0 W 15.0 | Fe 4.0 Si 1.0 | Mn 0.8 N < 0.1 |
Type | acc. to Guss Type 4 after ceramic firing Type 5 |
Colour | white |
Density (g/cm3) | 8.9 |
Melting range (°C) | Solidus 1320 Liquidus 1400 |
Hardness (HV 10) | after ceramic firing, 290 |
0.2 % yield strength (MPa) | after ceramic firing, 530 |
Elongation (%) | after ceramic firing, 8 |
CTE (25 – 500 °C) (μm/m*K) | 14.3 |
Young's modulus of elasticity (GPa) | 208 |