Forklifts are indispensable production tools in many factories, and forklifts will wear out. Among them, corrosion is the main culprit of forklift wear and tear. What are the main reasons for forklift corrosion and rust?

   The corrosion of forklift trucks is not only related to the environment, but also related to its own structure. Forklifts can be divided into internal combustion forklifts and electric forklifts. Most internal combustion forklifts are used in ports, docks, and industrial and mining sites, and the operating environment is relatively harsh. In the port and chemical industry, due to the combined effects of subtropical, humid tropical, marine climate and industrial waste gas and dust, forklift parts are prone to corrosion and damage; while battery forklifts are mostly used in warehouses and other indoor places, with small environmental changes and environmental factors. The corrosion is relatively light.

   The rust of the electric forklift truck is mostly related to factors such as humidity and poor maintenance in the storage place. It is recommended to strictly follow the instructions for maintenance to avoid such problems.

   The corrosion of forklift trucks is not only related to the environment but also related to its own structure.

The corrosive environment generated inside the forklift, such as the high temperature generated by the engine and combustion exhaust gas containing sulfur and chloride ions, the acid mist and liquid leakage generated by the battery, the stress caused by vibration and impact during work, the local damage caused by friction and collision, etc. The main cause of corrosion damage to parts.

   The main cause of metal corrosion is that the original metal is converted into metal oxide, which causes the structural parts or components to be rusted, damaged or even cannot be repaired and scrapped. The aging of non-metallic materials such as paint, rubber, and glass fiber reinforced plastics is mainly caused by physical and chemical changes such as cracking, degradation, and dissolution of the polymer structure of the material after the comprehensive effects of the environment, resulting in a decrease in appearance and performance.
It can be seen that the design structure, applied materials, technology and protective measures of the forklift directly determine the corrosion resistance of the forklift.