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The sliding strip is used to place items on rollers, allowing them to slide along the shelves; goods are stored in one aisle and retrieved from another, which helps to ensure the first-in-first-out principle for spare parts. Flowing strip conveying equipment is generally also referred to as flow racks, car racks, flowing-type racks, roller racks, or strip racks. The slope of roller-type shelves can be adjusted on-site based on practical conditions at the location. Generally, goods are stored in turnover boxes without reinforcing bars at the bottom, and gravity is used to ensure first-in-first-out ordering. The flow-optimized rack is suitable for use in industries such as electronics, automobiles, distribution centers, supermarket logistics, pharmaceuticals, and logistics. The rollers of the smooth-conveying equipment are made from high-quality thermoplastic materials, featuring an extremely low friction coefficient, outstanding impact resistance, and durability without being prone to breaking. In terms of chemical properties, it has good resistance to acids and bases and is non-hygroscopic. The fluent strip conveying equipment can operate at temperatures as low as minus 40 degrees Celsius. The material rack tilts downward in the direction of shipment, causing the goods to slide downward due to gravity. FIFO completion is supported, as well as single-reorder completion and multiple picking. The flow-optimized strip rack offers high storage capacity. Suitable for the short-term storage and picking of many types of goods. Conveyor systems with smooth belts are particularly suitable for use in distribution centers, assembly workshops, and warehouses with a high frequency of shipments. The common containers on the flow rack include turnover boxes, parts boxes, and cartons. Among the two standard containers, the turnover box and the parts box, the turnover box is used more frequently. Therefore, when formulating standards for conveyor equipment, industrial enterprises can refer to stackable tote boxes as a standard for selection. With the acceleration of the domestic market economy, in order to meet various consumer demands, industrial enterprises choose different conveying equipment depending on the different products they produce across various manufacturing fields. These enterprises can select appropriate conveying equipment based on the efficiency of the conveyor components they choose, as well as the load-carrying capacity of the conveying equipment. With the increasing sophistication of current production processes, market demands are becoming more diversified. To meet market demands, different manufacturing enterprises set \"reducing production time, increasing production efficiency, and shortening production and delivery times\" as their primary goals. By selecting the appropriate conveying equipment for their production processes and gaining an understanding of the relevant aspects related to conveyor systems, these enterprises can achieve greater benefits, thereby enabling them to gain a faster and stronger competitive edge in the market. To create a better operating environment for gas production, some components can withstand high temperatures, while others have stronger wear resistance. The type of flow components used in conveying equipment is one of the key factors that determine under what operating conditions it can carry out production tasks.