Under ideal conditions, yes, but realistically, a significant safety margin should be taken into account. The force may decrease if the object is not pure steel, is coated with another material (such as paint), has an uneven/curved surface, the magnet is pulled at an angle to the contact surface (imprecisely in the magnetization direction), the object's surface is partially rusted, or the steel thickness is insufficient. Therefore, we recommend choosing magnets with higher breaking strength and, most importantly, testing them in more challenging conditions before purchasing a larger quantity of magnets.
Lines of magnetic force are non-intersecting lines that run from north to south on the outside and from south to north on the inside of the magnet. The force of the magnet is closer to its pole and decreases towards the center, so to roughly examine the force of a neodymium magnet, we have created a magnet strength calculator that theoretically checks this.