High hardness
A hardness of 389 HV10 ensures a durable, wear-resistant denture framework.
MESA MAGNUM HBA – Cr-Co-Mo Alloy for Cast Partial Dentures
€211,75
€175,00 excl. VAT
Price incl. VAT · VAT invoice with every order
DPD / UPS courier delivery · usually 2–7 business days
EU companies with a valid VAT number buy without VAT – enter your VAT number at checkout.
MESA MAGNUM HBA – a chromium-cobalt-molybdenum (Cr-Co-Mo) dental alloy for removable partial (cast clasp-retained) denture frameworks. It is classified as a Type 5 alloy according to ISO 22674, offering particularly high strength and hardness.The alloy suits dental technicians producing strong yet thin...
Description- Consultations
- Help choosing the configuration and materials
- Delivery
- In Lithuania, the Baltic states and worldwide
Questions about this product?
Our product specialist will help you choose the right configuration.
Description
MESA MAGNUM HBA – a chromium-cobalt-molybdenum (Cr-Co-Mo) dental alloy for removable partial (cast clasp-retained) denture frameworks. It is classified as a Type 5 alloy according to ISO 22674, offering particularly high strength and hardness.
The alloy suits dental technicians producing strong yet thin frameworks with clasps. The manufacturer states that the framework is easier to polish. It contains no nickel, cadmium or beryllium.
- Type 5 Cr-Co-Mo alloy according to ISO 22674
- For removable partial (cast clasp-retained) denture frameworks
- Easier to polish
- High hardness and yield strength
- Nickel-, cadmium- and beryllium-free
- Pack – 1 kg
Easier polishing
According to the manufacturer, the alloy simplifies final finishing of the framework.
High strength
A Type 5 alloy according to ISO 22674, suitable for thin yet load-bearing frameworks.
Nickel-, cadmium- and beryllium-free
Suitable for patients sensitive to these metals.
Technical data
- Composition
- Cr-Co-Mo
- Type according to ISO 22674
- Type 5
- Purpose
- Frameworks for removable partial (clasp-retained) dentures
- Solidus–liquidus temperature
- 1340–1400 °C
- Casting temperature
- 1450 °C
- Density
- 8,3 g/cm³
- Hardness
- 389 HV10
- Elongation at break
- 6 %
- Yield strength (Rp0,2)
- 610 MPa
- Pack
- 1 kg
