The material used for the electric stacker is high-quality steel, and it has also been painted afterwards, making it more beautiful and durable. However, some minor damages are inevitable during use. So, how to make electric transport stackers more efficient and prevent corrosion? We have compiled relevant daily protection methods for everyone.

1. Pay attention to protection in appearance design to avoid the accumulation of water vapor and dust. We can learn from the advanced design concepts of electric stackers abroad, so as to make the shape of the electric stacker smooth, improve the overall aesthetic of the vehicle, and in terms of functional design, it is not easy to accumulate water and dirt.

2. Consider the accumulation of anti-corrosion media in the overall structure of electric stacker trucks. Try to avoid enclosed areas or maintain good ventilation and drainage systems in enclosed systems. For forward moving electric stacker trucks, ventilation windows can be opened to maintain heat dissipation and ventilation of the electric motor. Leakage holes or fluid collectors can also be installed at the bottom of the battery compartment.

3. The structure of the parts should facilitate the implementation of protective processes, and process holes should be opened if necessary. For example, the opening position on the fuel tank should be conducive to covering the nozzle of the spray gun, and the surface should be shot blasted. Process holes should be opened for workpieces that undergo chemical pre-treatment, such as roof protectors, and attention should be paid to preventing liquid accumulation.

4. Be careful to avoid corrosion, stress corrosion cracking, and electrochemical corrosion in the gaps of the stacker. Seal inevitable gap structures such as engine hood welding seams with sealant. When connecting dissimilar metals, it is advisable to choose metals with similar potentials or use insulation measures to avoid electrochemical corrosion.

5. Pay attention to the protection of exposed parts. Electrical components and connectors must be arranged on the inside or equipped with a protective cover. Because the vehicle is prone to corrosion and water ingress when exposed, dust covers are added to these areas. For example, dust covers need to be added to the exposed sections of the piston rods of tilt hydraulic cylinders and steering hydraulic cylinders; The exposed process holes or functional holes on the vehicle body also need to be equipped with waterproof plugs.