How To Extend The Life Of Toyota Radiator Fans

- May 20, 2019-

How to extend the life of Toyota radiator fans

As the name suggests, Toyota radiator fans are mainly used for cooling and cooling various equipments. They are mainly used in industry. The general industrial environment is relatively complicated, so it is often necessary to do some treatment on the Toyota radiator fan to avoid corrosion. It is also done to extend the life of the equipment and reduce costs. What is the main job?

1, Toyota radiator fan surface treatment

The surface protection of Toyota radiator fans is usually carried out by galvanizing, chrome plating or electroless plating. These methods are effective in many environments, but for rotating parts, careful selection is required because the base material and the coating are two materials, and the coefficient of linear expansion is different, which will be different when the rotating member is elastically deformed. The amount of deformation, which causes a large number of microcracks, will accelerate the formation of corrosion. Therefore, we need to choose the right materials and processes according to the actual use environment.

2, Toyota radiator fan design

The design of the Toyota radiator fan is the performance of its core technology, which affects the service life of the fan and ensures the safety of the fan. The structural design of the Toyota radiator fan, the design flaw that is the easiest to accelerate corrosion is the stress concentration tendency and the gap environment. Sometimes, although the corrosion rate is small in the metal soaking solution, the gap is formed due to the chemical and electrochemical state of the internal solution. Changes that cause severe crevice corrosion require careful design.

3, Toyota radiator fan material

The materials used in different Toyota radiator fans are different, and the anti-corrosion effect is different. After selecting the Toyota radiator fan model, the strength component materials are determined from the basic surface according to various materials such as corrosion resistance, main application environment, work intensity and other factors. From the material itself, the target material it targets is safe.