Difference Between Lifting Rails And Ordinary Rails

1. Definition and characteristics of lifting rails

Lifting rails, as the name implies, are rails used for crane and heavy equipment tracks. Its main features are higher load-bearing capacity and wear resistance. During use, it can withstand greater loads and has a longer service life. Therefore, the material and production process of lifting rails are more distinctive than ordinary rails.

2. Definition and characteristics of ordinary rails

Ordinary rails are a type of rail used in the field of transportation, usually used in rail transportation such as ordinary railways and subways. It has the characteristics of excellent load-bearing capacity and fatigue strength, uniform specifications, and convenient construction. However, compared with lifting rails, ordinary rails have weaker load-bearing capacity and wear resistance, and require regular maintenance and replacement.

3. Difference between lifting rails and ordinary rails

Lifting rails and ordinary rails are very different in use and characteristics. Mainly manifested in the following aspects:

(1). Load-bearing capacity: The load-bearing capacity of lifting rails is stronger than that of ordinary rails, and can withstand greater loads.

(2). Wear resistance: The wear resistance of hoisting rails is better than that of ordinary rails, and their service life is longer.

(3). Material and production process: The material and production process of hoisting rails are more special than those of ordinary rails, and they need to meet higher technical requirements and quality standards.

4. Application scenarios:

Hoisting rails are mainly used on the tracks of cranes and heavy equipment, while ordinary rails are mostly used in transportation fields such as ordinary railways and subways.

In summary, hoisting rails and ordinary rails are two different types of rails, each playing an important role in different occasions. Although they are both basic components of rails, their characteristics and application ranges are also different due to their different specializations.