JFE-EH360 Wear-resistant steel plate,JFE EH 360, JFE EH 360 Steel Plates, JFE EH 360 Suppliers, JFE EH 360 Abrasion Resistant Steel Plates Stockists, Manufacturer,
JFE EVERHARD EH360 Wear Abrasion Resistant Steel Plates, JFE EH 360 Wear Plates, 360 JFE EverHard Plate, Hot Rolled JFE EH 360 Steel Plate Dealer, Supplier
Abrasion-resistant EH 360 Plates have a wide application and client base. Our plates are in demand throughout the year due to their low cost and high performance. Quality raw materials and rigorous testing of EH 360 Steel Plates makes them supreme for use.
These EVERHARD 360 Steel Plates are resistant to weld cracks. Low-temperature toughness makes them suitable for different industries. Our professionals will help you choose the most suited JFE EH 360 abrasion resistant Steel Plates.
Over the years since the production launch the “EverHard” (EH) abrasion-resistant steel plates from JFE Steel in the 1960’s, EH plates have been used for wideranging,
applications in industries such as mining, civil engineering, and construction machinery. Ever Hard
plates have also been steadily improved to satisfy more exacting customer demands for abrasion resistance, lowtemperature toughness, weldability, and deep-hardened thick plates.
The standard type has three grades, JFE-EH360,JFE-EH400, and JFE-EH500, ranging in thickness
from 6 to 50.8 mm. A minimum surface hardness is guaranteed
The three-digit notation for the grades in Arabic numerals is the classification for minimum Brinell hardness.A classification of ‘360’ means that the hardness of plate surface is over 360 (average 400); ‘400’ meansover 400 (average 450); ‘500’ means not less than 477 (average 500).
JFE-EH360 Chemical Composition(%)*
thickness(mm) | Heat treatment | C | Si | Mn | P | S | Cr | Mo | V | Ti | B | Ceq** |
6~50 | Controlled Heat treatment | 0.20max | 0.55max | 1.60max | 0.03 0 max | 0.03 0 max | 0.40max | - | - | 0.005~0.020 | 0.00 4 max | - |
*Elements that are not given in the above table may be added. Chemical composition data are quoted from our molten steel analysis.
Ceq**=C + Mn/6 + (Cu+Ni)/15 + (Cr+Mo+V)/5