Product Introduction
Production Model: φ300 - φ1200
Trip and fracture are prone to occur when using electrode joints that match electrodes. Therefore, the tight connection of graphite electrode joints is of great importance, which can ensure the reduction of electrode consumption and electric energy consumption. The mechanical properties and resistance of graphite electrode joints are superior to those of similar electrodes. The manufacturing process adopts 100% needle coke with either the two - impregnation and three - baking process or the three - impregnation and four - baking process. These joints are mainly used for connecting graphite electrodes in smelting furnaces.
Trip and fracture are prone to occur when using electrode joints that match electrodes. Therefore, the tight connection of graphite electrode joints is of great importance, which can ensure the reduction of electrode consumption and electric energy consumption. The mechanical properties and resistance of graphite electrode joints are superior to those of similar electrodes. The manufacturing process adopts 100% needle coke with either the two - impregnation and three - baking process or the three - impregnation and four - baking process. These joints are mainly used for connecting graphite electrodes in smelting furnaces.
| Performance | Unit | Index |
| Bulk Density ≥ | g/cm³ | 1.68 |
| Ash Content ≤ | % | 0.5 |
| Resistivity ≤ | μΩ·m | 8.5 |
| Flexural Strength ≥ | % | 10.5 |
| Thermal Expansion Coefficient (100℃-600℃) ≤ | % | 2.9 |
| Customization is available according to customer requirements. | ||