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With the graphite in the working layer and alloy element Mn, Cr, Ni, Mo, the base of IC can change into martensite. Therefore, the resistance to accidents, spalling, and wear is improved. Moreover, IC roll can hold the hardness well in working layer.
Grade | C | Si | Mn | Cr | Ni | Mo | V | W | Hardness (HS) | Tensile Strength (Mpa) |
IC | 2.90/3.60 | 0.60/1.20 | 0.40/1.20 | 0.60/1.20 | - | 0.20/0.60 | - | - | 55/68 | ﹥230 |
IC I | 2.90/3.60 | 0.60/1.20 | 0.40/1.20 | 0.70/1.20 | 0.50/1.00 | 0.20/0.60 | - | - | 60/72 | ﹥230 |
IC II | 2.90/3.60 | 0.60/1.20 | 0.40/1.20 | 0.70/1.20 | 1.00/2.00 | 0.20/0.60 | - | - | 60/78 | ﹥230 |
IC III | 2.90/3.60 | 0.60/1.20 | 0.40/1.20 | 0.70/1.20 | 2.00/3.00 | 0.20/1.20 | - | - | 65/80 | ﹥230 |
IC IV | 2.90/3.60 | 0.60/1.20 | 0.40/1.20 | 0.70/1.20 | 3.00/4.80 | 0.20/1.20 | - | - | 68/85 | ﹥230 |
IC V | 2.90/3.60 | 0.60/1.20 | 0.40/1.20 | 0.70/1.20 | 3.00/4.80 | 0.20/2.00 | 0.20/2.00 | 0.00/2.00 | 75/90 | ﹥230 |