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Alloy Steel Product
Stellite Round Bar
Minimum Order Quantity: 20 Kg
Material Grade | STELLITE |
Brand | IMPORTED |
Size | 5 TO 500 MM DIA |
Shape | Round |
Usage/Application | Manufacturing |
Single Piece Length | 3 meter |
Test Certificate | Lab Tc |
Typical Chemical Properties of Stellite Alloys
There are several types and variations of stellite superalloys containing varying levels of: titanium, silicon, sulfur, phosphorus, molybdenum, manganese, chromium, carbon, boron, aluminium, iron, nickel and cobalt in different quantities. Most of the stellite alloys contain four to six of these elements. The Carbon content (and hence carbide volume) of a Stellite alloy is incredibly influential on the materials performance. Therefore, it is possible to group Stellite alloys as follows:
- High carbon - designed for high wear applications
- Low carbon - for high temperature uses
- Low carbon / higher Chromium to combat corrosion
Chromium is also an extremely important component of Stellite alloys, not only does it offer its high corrosion resistant properties to the alloy but it is also the predominant carbide former and it provides strength (as a solute) in the alloying matrix.
Typical Chemical composition of stellite 1:
Elements | Content |
---|---|
Cobalt, Co | 57% |
Chromium, Cr | 28 - 32% |
Tungsten, W | 11 - 13% |
Carbon, C | 2 - 3 % |
Silicon, Si | 1.20% |
Iron, Fe | 1% |
Nickel, Ni | 1% |
Other | 1.50% |
The mechanical properties of stellite 1 are displayed in the table below:
Properties | Metric | Imperial |
---|---|---|
Density | 8.69 g/cm3 | 0.314 lb/in3 |
Hardness, Rockwell C | 50-58 | 50-58 |
Tensile strength | 1195 MPa | 173 ksi |
Yield strength | 1050 MPa | 152 ksi |
Modulus of elasticity | 230 GPa | 33.4x106 psi |
Elongation at break | <1% | <1% |