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This post was last edited by www.zdscj.com on 2017-4-17 at 15:05. Analysis: What type of bucket elevator is suitable for different materials? Hopper elevators cannot transport materials with large mass or large particle size; all materials conveyed by hopper elevators are those that have been crushed by crushers. For example: lump and granular materials such as limestone, coal, gypsum, clinker, dry clay, gravel, sand, fertilizers, and grains, as well as powdered materials such as raw material, cement, and coal powder. http://player.youku.com/player.php/sid/XMTQyNzMxMjAwOA==/v.swf What are the models and classifications of bucket elevators? As a commonly used lifting device, bucket elevators are widely applied; moreover, they are classified in a clear manner according to the requirements of different industries. Based on their drive structure, they can be divided into: 1. TD series bucket elevators. The available models include TD100 (not commonly used), TD160, TD250, TD315, TD400, TD500, TD630, TD800, TD1000, etc. Among these, models such as TD160, TD250, and TD315 are the most commonly used. PS: Which type of elevator is suitable for lifting grain, fertilizers, or coal powder? Of course, it’s the TD model of bucket elevator – it’s cost-effective, doesn’t easily distort the shape of the materials, and has a moderate lifting height. 2. TH series bucket elevators: The TH series bucket elevators are commonly used lifting equipment. These elevators utilize forged chain links as their transmission mechanism, giving them high mechanical strength. They are primarily used for lifting powders, small particles, and small lumps of material. Unlike the TD series bucket elevators, they have a greater lifting capacity and higher operational efficiency. It is commonly used for lifting materials with a high specific gravity. PS: What type of hoist is suitable for lifting dry clay, gravel, sand, and mixed sand and gravel? It is of course the TH model bucket elevator, which features a large lifting capacity, good wear resistance, and a high lifting height; it is a commonly used elevator in the construction industry. 3. NE Series Plate Chain Bucket Elevators: The NE series plate chain bucket elevators are a new type of bucket elevator that utilizes plate chain drive. Different from the older TB series plate chain bucket elevators, these elevators are named based on their lifting capacity rather than the width of their buckets. For example, NE150 refers to a lifting capacity of 150 tons per hour, rather than a bucket width of 150. The NE series of bucket elevators feature high efficiency; depending on the lifting speed, they are also available in the NSE model as well as high-speed plate-chain bucket elevators. PS: What type of hoist is suitable for lifting ore, coal, cement, cement clinker, etc.? It’s of course the NE bucket elevator – it features high lifting efficiency and a large lifting capacity (up to several hundred cubic meters per hour). The plate-chain drive is less prone to damage, and although its price is higher, it helps to **reduce maintenance costs**. 4. TB series bucket elevators: The TB series bucket elevators are an older model of such elevators; they use plate chain drives for transmission, and have now been replaced by the corresponding NE series bucket elevator products. 5. TG Series Bucket Elevators: The TG series bucket elevators are enhanced versions of belt-driven bucket elevators. Different from the TD series, they use steel wire belts as the driving belts, which gives them greater transmission capacity. These series of bucket elevators are mostly used for grain transportation, and are often referred to as bucket elevators specifically designed for grain handling. 6. Other types of bucket elevators: Common types of bucket elevators include the HL series chain-driven bucket elevators, GTD series bucket elevators, GTH series bucket elevators, Z-type bucket elevators, etc.; these are all different names and variations for bucket elevators. The performance parameters of a bucket elevator change depending on the conveying volume and height; therefore, accurate specifications such as model, conveying volume, chain (belt) speed, and power must be determined through calculation. Users can make a preliminary selection using the parameter sheet for the corresponding model of the bucket elevator, or they can also provide us with the relevant parameters directly. Original address: http://www.tishengji*e.com/article/ysmydtsj.html