The smash-proof performance of the steel clad head may be affected by various elements. According to our daily operation in the maintenance of space principle, not only the steel ladle head must have sufficient strength, the sole should also be able to be under pressure or impact in the pleated edge of the shoe ladle head on the horse to constitute the necessary support strength, so that the impact can be effectively transferred to the air, and will not cause the sole above the steel ladle head number of other spare parts in the force of the fall into the sole.

For this reason, it can be said that if the formula of the sole is relatively hard, it will be more effective in supporting the head of the shoe. Another element that needs to be considered is that the design of the sole should be on a constant line with the edge of the toe of the shoe, and the sole should have a tooth pattern. This is because the distance area between the toothing of the sole does not provide good support, so try to prevent the edge of the toe from overlapping with the distance area of the toothing of the sole if possible.

Another sole design feature that may affect the maintenance capability of the toe is the gradual reduction in the total thickness of the sole towards the toe, which increases the toe stilts. Conversely this affects the maintenance performance of the toe of the safety shoe, as the toe of the shoe leans forward when impacted or struck, thus making the front shell of the toe lower than the trailing edge of the toe.

The smash-proof performance of the steel clad head may be affected by various elements. According to our daily operation in the maintenance of space principle, not only the steel ladle head must have sufficient strength, the sole should also be able to be under pressure or impact on the pleated edge of the shoe ladle head on the horse to constitute the necessary support strength, so that the impact can be effectively transferred to the air, and will not cause the sole above the steel ladle head number of other spare parts in the force of the fall into the sole.

For this reason, it can be said that if the formula of the sole is relatively hard, it will be more effective in supporting the head of the shoe. Another element that needs to be considered is that the design of the sole should be on a constant line with the edge of the toe of the shoe, and the sole should have a tooth pattern. This is because the distance area between the toothing of the sole does not provide good support, so try to prevent the edge of the toe from overlapping with the distance area of the toothing of the sole if possible.

Another sole design feature that may affect the maintenance capability of the toe is the gradual reduction in the total thickness of the sole towards the toe, which increases the toe stilts. Conversely this affects the maintenance performance of the toe of the safety shoe, as the toe of the shoe leans forward when impacted or struck, thus making the front shell of the toe lower than the trailing edge of the toe.