What should we do if the electric forklift is corroded and rusted?
Summary:Now forklifts are indispensable tools for most factories, and of course things will wear out. Among them, corrosion is the main cause of forklift loss...
Now forklifts are indispensable tools for most factories, and of course things will wear out. Among them, corrosion is the main cause of forklift loss. Now let’s analyze what are the main causes of corrosion and rust?The corrosion of the forklift 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. Internal combustion forklifts are mostly used in ports, docks and industrial and mining sites, and the application environment is relatively poor, especially in ports and chemical industries. The general influence of subtropical, humid, marine climate and industrial waste gas and dust constitutes the corrosion damage of forklift parts, and the corrosion is serious. Battery forklifts are mostly used in warehouses and other indoor places, and the environment changes little, and the corrosion caused by environmental factors is relatively light.
The internal corrosive environment of the forklift, such as the high temperature generated by the engine, including sulfur, chloride ions and other incineration exhaust gas, acid mist, battery leakage, vibration, impact stress, impact, collision and other local damages are also the main reasons for the corrosion damage of forklift parts.The main mechanism of metal corrosion is that the original metal is transformed into metal oxide, and the structural parts or components are rusted, damaged or even irreparable. The aging of non-metallic materials such as paint, rubber, and glass fiber reinforced plastics is mainly due to the general impact of the environment. The polymer structure of the materials undergoes physical and chemical changes such as cracking, degradation, and dissolution, resulting in a decline in appearance and function. It can be seen that the planned structure, materials, technology and protection methods of the forklift directly determine the corrosion resistance of the forklift.Electric forklifts may also have some problems in daily use. For example, electric forklifts cannot be charged. When the engine of the electric forklift is running normally, the charging indicator is on or the ammeter points to the negative direction. It proves that the generator of the electric forklift does not generate electricity and the battery does not charge.