HIGHLY WEAR-RESISTANT TILE, AND CONVEYOR BELT HAVING SAME

The present invention relates to the technical field of conveyor belts and in particular to a highly wear-resistant tile and a conveyor belt having the same. An objective of the present invention is to provide a highly wear-resistant tile which is less likely to drop, good in wear resistance and long in service life, and will not cause a shear force, and a conveyor belt having the same. The highly wear-resistant tile comprises a tile body. In an upper portion of the tile body, there are two or more first holes extending downward, central axes of which are in a same plane, with upper ends of the first holes being of a chamfered structure. In the middle of a lower portion of the tile body, there is one reference hole extending upward, and one or more groups of second holes are formed around the reference hole, with a centerline of each group of second holes being in a same plane as a centerline of the reference hole and both a lower end of the reference hole and a lower end of the second holes being of a chamfered structure. The highly wear-resistant tile has advantages of simple structure, easy operation and appropriate design.