What should we pay attention to when using stainless steel mesh belt?

What should be paid attention to when using stainless steel mesh belt?
Stainless steel mesh belt is also known as conveyor mesh belt, metal mesh belt, chain mesh belt.
Stainless steel mesh belt is a kind of conveyor belt made of stainless steel or metal, which is more suitable for assembly line operation. Because the conveyor belt is mesh-shaped, there is no restriction on the shape of the drying object.
Stainless steel mesh belt is resistant to corrosion by the atmosphere, acid, alkali and salt, and is a special alloy steel. The chromium content is generally not less than 12%, usually around 18%.
Stainless steel mesh belts are generally divided into two categories: one is chromium stainless steel mesh belt; the other is chromium-nickel stainless steel mesh belt, the latter has better corrosion resistance and is more widely used.
Stainless steel mesh belt can form a material conveying process from the initial feeding point to the final unloading point on a certain conveyor line. It can convey bulk materials and also convey piece items.
In addition to pure material transportation, it can also cooperate with the requirements of the process in the production process of various industrial enterprises to form a rhythmic flow operation transportation line. Stainless steel metal mesh belts are often used in electronic factories for the automatic extraction of substrates. Chain plate metal mesh belts are suitable for circuit board plug-in, welding, inspection and other production processes. The
width adjustment installation of the plug-in line conveyor adopts internationally advanced ball bearings, which are light, flexible and noiseless.
The frame of the plug-in line conveyor mainly adopts aluminum profile structure, beautiful appearance and convenient installation.
Chloride ions are extremely harmful to stainless steel mesh belts. During the passivation process, the chloride ion content in the passivation solution should be strictly controlled, and the passivation chemical materials used have limited requirements for chloride ions. The water used to prepare the passivation solution and the water used for cleaning also have strict water quality requirements for chloride ions to ensure that the passivation product does not adhere to chloride ions to avoid future troubles.