Stainless steel flat bar must be properly packaged before transportation. Usually, plastic film, oil paper or special wrapping paper can be used for wrapping. These packaging materials can form a protective film on the surface of the flat bar to reduce direct contact with external objects during transportation. For long or large-sized flat bars, packaging tape can also be used to tie and fix them to prevent the flat bars from colliding or shaking during transportation, thereby avoiding surface scratches caused by friction.
According to the number, specifications and transportation distance of the stainless steel flat bar, it is crucial to choose the right transportation tool. For short-distance transportation, flatbed trucks or vans can be used. When loading on flatbed trucks, pay attention to placing the flat bars neatly and fixing them firmly with ropes or steel belts; vans can provide a relatively closed transportation environment to reduce the impact of external factors on the flat bars. For long-distance transportation, if the quantity is large, railway transportation or container transportation can be considered. The open wagons for railway transportation need to cover and fix the flat bars well, while container transportation can effectively protect the flat bars from wind and rain erosion and collision with foreign objects, minimizing the risk of surface scratches.
When loading stainless steel flat bars, certain specifications must be followed. First, a soft cushion, such as a rubber pad or a wooden board, should be laid on the bottom of the transport vehicle to cushion the impact between the flat bar and the transport vehicle. Secondly, the flat bar should be neatly stacked in layers, and some spacers, such as thin wooden boards or plastic sheets, can be placed between the layers to prevent the flat bar from direct contact and avoid scratching each other due to vibration and shaking during transportation. At the same time, rough loading and unloading should be avoided during loading. It is strictly forbidden to drop the flat bar from a high place or stack it randomly. Appropriate lifting equipment or tools, such as forklifts and cranes, should be used to load the flat bar onto the transport vehicle smoothly.
After loading, the stainless steel flat bar must be fixed. Use ropes, steel belts or special fixing clamps to firmly fix the flat bar on the transport vehicle to prevent it from moving during transportation. For flat bar that is easy to slide, anti-skid pads or anti-skid strips can be added to the part that contacts the transport vehicle to enhance friction and ensure the stability of the flat bar during transportation. In addition, additional protection should be provided to the ends and edges of the flat bar. Angle iron or corner guards can be used to wrap the flat bar to prevent damage to the edges and corners of the flat bar due to collision during transportation. Once these parts are damaged, it is easy to cause a chain reaction of surface scratches.
During transportation, the stainless steel flat bar should be inspected regularly. Especially in long-distance transportation or poor road conditions, the frequency of inspection should be increased. The inspection content includes whether the flat bar is loose, whether the packaging is damaged, and whether there are new scratches on the surface. If problems are found, measures should be taken in time to deal with them. If the packaging is damaged, the packaging material should be replaced in time; if the flat bar is loose, it should be re-fixed; if there are minor scratches, records should be made and handled in time after arriving at the destination to prevent the scratches from further expanding.
In case of bad weather, such as heavy rain, strong winds, heavy snow, etc., special protective measures should be taken for the stainless steel flat bar. For flat bars transported in the open air, waterproof canvas or plastic tarpaulin should be used to cover them to prevent rain, snow, etc. from directly contacting the surface of the flat bars, and to avoid rust on the surface due to moisture, which in turn causes scratches on the rusted parts. In windy weather, check the fixing of the flat bars to ensure that they will not be blown by the strong wind and collide or shift.
After arriving at the destination, you should also be careful when unloading and handling the stainless steel flat bar. Use appropriate unloading tools, such as forklifts, cranes, etc., and unload in accordance with standardized operating procedures. Handle the flat bar with care when unloading to avoid violent collisions between the flat bar and the ground or other objects. During the handling process, auxiliary tools such as pallets or shelves should be used as much as possible to reduce direct manual handling and reduce the possibility of surface scratches due to human negligence. At the same time, arrange special personnel to supervise the unloading and handling process to ensure that the operation meets the requirements and protect the surface quality of the stainless steel flat bar to the greatest extent.
