Gallianz (Anhui) New Materials Co.,Ltd.
Gallianz (Anhui) New Materials Co.,Ltd.

Clad Metal Plates In Track Transportation

Track Transportation is an important part of urban transportation, which has long appeared in cities and plays an increasingly important role. It is an effective way to improve the urban public transportation condition fundamentally. The high speed of trains, on the one hand, requires improving the traction power of locomotives, on the other hand, it requires realizing the lightweight of the trains and adopting the external design with less resistance. The effective solution is one of the most important key technologies for the development of high-speed trains.


Clad Metal Plates In Track Transportation

Metal dynamic composite provides superior connection performance and is the only high strength heterologous metal welding solution widely used in industry. The metal clad materials produced by Gallianz can be made into metal clad plates, clad tube sheets, clad pipes, head and other forms according to the applications, which have good mechanical properties, strong fatigue resistance and corrosion resistance. These clad materials can extend the effective life of the manufactured ships and vehicles.


In order to reduce the weight of the car body and improve the carrying capacity, the car part of the high-speed will be made of aluminum alloy structure. The aluminum steel joint produced can realize the direct welding between the upper aluminum alloy and the lower steel structure of the high-speed train. Compared with the traditional screw connection, it has the characteristics of high connection strength, strong corrosion resistance and easy installation. Gallianz can manufacture the aluminum steel clad plates for your track transportation components use. In order to realize the sensitive induction under the stability, Gallianz produces the copper steel clad plate and aluminum steel clad plate for the induction board. These two clad materials are metallurgically bonded, which are with good electrical conductivity, and high strength, lower thickness, and greatly lower-cost.