- General Designation: PtRh5 DPH
- Applications: glass manufacturing, drain bushings, glass fibre bushings, semi-finished products
- Product Forms: wire, tube, sheet
- Density (g/cm³): 20.59
PtRh5 DPH / Pt-5%Rh DPH
PtRh5 DPH is an oxide dispersion hardened grade of PtRh5.
It is commonly used for applications in the glass industry, e. g. the manufacture of feeder systems and in linings for refractory components. It is characterized by significantly high resistance to oxidation and corrosion combined with excellent forming properties and a high degree of ductility under service conditions.
PtRh5 DPH was originally developed as a reaction to high level Rhodium prices. It is widely used as an alternative to PtRh20, PtRh10 and even to PtRh10 DPH maintaining it’s advantageous properties.
The hardening which results from the oxide particles, represents the most effective strengthening mechanism of the material. Due to the modified microstructure, DPH is considerably less sensitive to corrosion processes along the grain boundaries than comparable materials. These characteristics allow for extended life and results in the precious metal to be used more economically. An example would be reduced wall thicknesses of PtRh5 DPH compared to PtRh5 or increased lifetime.
Details
- productDescription
- PtRh5 DPH is an oxide dispersion hardened grade of PtRh5.
It is commonly used for applications in the glass industry, e. g. the manufacture of feeder systems and in linings for refractory components. It is characterized by significantly high resistance to oxidation and corrosion combined with excellent forming properties and a high degree of ductility under service conditions.
PtRh5 DPH was originally developed as a reaction to high level Rhodium prices. It is widely used as an alternative to PtRh20, PtRh10 and even to PtRh10 DPH maintaining it’s advantageous properties.
The hardening which results from the oxide particles, represents the most effective strengthening mechanism of the material. Due to the modified microstructure, DPH is considerably less sensitive to corrosion processes along the grain boundaries than comparable materials. These characteristics allow for extended life and results in the precious metal to be used more economically. An example would be reduced wall thicknesses of PtRh5 DPH compared to PtRh5 or increased lifetime. - Material Behaviour
- ductile
- Forming Process
- formable, machinable
- IACS Max. (%) [100% IACS ≙ 58 S*m/mm²]
- 9.6
- Electric Resistivity - HT¹
-
- Sources Electrical
- ¹measured
- Young's Modulus (GPa)
- 190
- Yield Strength RP0,2 - HT²
-
- Ult. Tensile Strength Rm - HT³
-
- Tensile Fracture Elongation A - HT⁴
-
- Norton⁵
-
- Creep Rupture⁶
-
- Sources Mechanical
- ²measured | ³measured | ⁴measured | ⁵measured and extrapolated | ⁶measured and extrapolated
- Melting Range
-
From Temperature (°C)To Temperature (°C)
1810 1820 - Thermal conductivity (W /(m*K)) [RT]
- 45.74
- Thermal conductivity - HT¹
-
- Specific Heat - HT²
-
- Sources Thermal
- ¹measured | ²measured
Disclaimer
The information in this data sheet contains only general information on the use of our products or examples for their application. They do not release the customer from a careful inspection of the delivered product for its fitness for the customer's particular purpose of use. Any customer's special requests regarding the particular use of a product will only be authoritative if Heraeus has confirmed to the customer in writing at the time of conclusion of a corresponding contract that the product delivered is fit for the customer's intended use. Heraeus, therefore, does not guarantee the correctness and completeness of the information regarding the customer's intended use. The customer's purchase will be governed exclusively by the written order confirmation of Heraeus and the Heraeus General Terms of Sale and Delivery, which are available at www.heraeus.com/gtc. This data sheet may be subject to changes at any time.
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