In recent days, the range of high temperatures above 40 ℃ in many parts of the country has continued to increase, and the daily highest temperatures in six national stations have exceeded the June extreme. It is estimated that the highest temperature in southern Hebei, Henan, Shandong and Turpan Basin in Xinjiang will reach 39~42 ℃ by the 14th. At a high temperature of 40 degrees Celsius, anti-corrosion sleepers demonstrate their unique advantages. This special building material, after special treatment, can perform well in high-temperature environments and has become a highly regarded choice in railway engineering.
The anti-corrosion sleepers are made of high-quality wood and have undergone special treatment, endowing them with excellent high-temperature resistance performance. In high-temperature environments, ordinary wood may experience deformation, cracking, and other problems, while anti-corrosion sleepers can maintain a stable structure and are not easily damaged by high temperatures, which is closely related to the processes carried out in the anti-corrosion treatment process. When performing anti-corrosion treatment, it is usually necessary to perform high-temperature and high-pressure treatment in order to allow anti-corrosion oil to penetrate into the interior of the sleepers. That is to say, during production, the temperature that anti-corrosion sleepers can withstand is already much higher than 40 degrees Celsius.
After high-temperature and high-pressure treatment, anti-corrosion sleepers have excellent weather resistance and can naturally resist the erosion of wood by high-temperature environments. The special surface treatment makes it less prone to aging, cracking and other problems under high temperature conditions, maintaining stable performance and appearance, and providing strong support for the stable operation of railway track structures. Soaking the outer layer of the sleepers with anti-corrosion oil can effectively lock in the internal moisture, ensuring that cracking is not easy to occur in the high temperature and dry environment of the north.
Being able to lock in moisture can block external moisture. Even in hot and rainy environments in the south, it can maintain good moisture resistance. Blocking external moisture makes it less susceptible to problems such as decay and mold caused by humid environments. Its anti-corrosion performance advantage also makes it more competitive in railway engineering, adapting to the needs of various climate conditions.
Overall, the advantages of anti-corrosion sleepers in high temperature environments of 40 degrees Celsius are reflected in their high temperature resistance, weather resistance, and anti-corrosion performance. These excellent properties make it an indispensable material in railway engineering, capable of demonstrating excellence in various harsh environments, providing important guarantees for the stability and safety of building structures. With the continuous progress of technology, the application prospects of anti-corrosion sleepers in the construction field will be even broader and continue to play an important role.
