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Conveyor belts are often used for the multi-layer transportation and drying of materials; they utilize stainless steel belts as the carrying medium, and are suitable for applications such as drying, dehumidification, freezing, and heat treatment in various food processing industries； The mesh belt in the mesh belt conveyor is made of stainless steel, and it possesses properties such as high temperature resistance and ease of cleaning. Conveyor belts are widely used in industries such as beverage bottles, aluminum cans, pharmaceuticals, cosmetics, and food for transporting goods. By choosing different types of conveyor belts, it is possible to create specialized equipment for use in areas such as bottle storage systems, elevators, sterilization units, vegetable washing machines, bottle cooling machines, and meat transportation systems. Considering the tension-bearing capacity of these conveyor belts, the maximum length of a single belt line is generally no more than 20 meters. The structural forms include horizontal straight-line conveying, ascending ramp conveying, turning conveying, and more. Accessories such as ascending baffles and side baffles can also be added to the conveyor belt, enabling it to meet various process requirements. A chain plate conveyor uses a standard top chain as its carrying surface, is powered by a motor and reducer, and operates within specialized guide rails. Depending on the manufacturing process, the top chain comes in curved and straight types. A chain plate conveyor is a type of conveyor that transports materials in a horizontal or inclined direction, using a series of plates fixed to a traction chain. It uses a ring-shaped structure formed by hingeing together individual steel plates as the components for traction and load-bearing; the bearing surface of this structure features transverse partitions, and these partitions are placed within troughs to enable the ring-shaped structure to scrape and transport coal out. It consists of a driving mechanism, a tensioning device, a traction chain, slats, driving and redirecting sprockets, a frame, and other components. It is widely used in the metallurgy, coal, chemical engineering, power generation, machinery manufacturing, and other industrial sectors of the national economy. Chain plate conveyors and belt conveyors are both machines used for transporting materials; they can create a transportation pathway for materials along a specific conveyor line, from the initial feeding point to the final discharge point, and they have a wide range of applications. Differences between mesh belt conveyors and chain plate conveyors: 1. Chain plate conveyors are suitable for transporting materials with small sizes and regular shapes, while mesh belt conveyors are suitable for transporting materials with irregular shapes. 2. Chain plate conveyors use chain plates as the conveyor belt, which is why they are mostly used in industrial applications. Mesh belt conveyors use mesh belts as the conveyor belt, and thus they are primarily used in the food industry as well as in drying and cleaning processes. 3. Both types of conveyors can be used in high-temperature or acidic/alkaline environments, although mesh belt conveyors are more commonly used for drying and cleaning. The raw materials used for chain plates and mesh belts are the same; both carbon steel and stainless steel can be used, with the choice depending on the specific application environment. 4. The belt conveyor can operate at medium to high speeds when transporting materials, while the chain plate conveyor operates at very low speeds. 5. The materials transported by belt conveyors are generally lightweight, resulting in low noise and lower costs during transportation. On the other hand, chain plate conveyors are suitable for transporting large and heavy materials, and they have a longer service life than belt conveyors.