| Usage: | Transmission Chain, Drag Chain, Conveyor Chain, Dedicated Special Chain |
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| Material: | Iron |
| Surface Treatment: | Oil Blooming |
| Feature: | Oil Resistant |
| Chain Size: | 1/2"*3/32" |
| Structure: | Conveyor Chain |
| Samples: |
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Metallurgical chains are used in various mining and metallurgical industries, including hot rolling, steel smelting, casting, metal production, reclaiming, scrap handling, and slag recycling. Metallurgical chains can be made of steel, copper, cast iron, stainless steel, and other metal materials, according to the different requirements. They have high reliability and can withstand various kinds of heavy loads, continuous impact loads, dust, iron filings and scales, corrosion, and high humidity. They can also be customized to suit the specific demands of the customers and can help reduce the cost of maintenance and repair.
The main features of metallurgical chains are 1. They have good ductility, high strength, and abrasion resistance; 2. They can endure the slag blasting, sintering, annealing, and remelting processes; 3. They are durable and have a long service life.
Chains can be classified into different grades, based on their breaking forces and rated capacity. The higher the grade, the greater the working load limit of a chain. This working load limit is a design factor that determines how much a chain can be applied In direct tension. It is not a guarantee of the ability of the chain to endure these loads.
It is essential to understand the metallurgical characteristics of the ores before choosing which chain to use because this will greatly influence the performance and quality of the resulting products. For instance, the working load limit of a steel chain depends on the content of the carbon in the iron ores and the chromium, manganese, and nitrogen contents of the slag.
In addition, the tensile and shear properties of the chain can also be an important determining factor. For example, high-carbon steel chains have better shear properties than low-carbon alloyed steels. The tensile properties of high-carbon steel chains are determined by the percentage of carbon in the iron ores and the reactivity of the slag.
However, the metallurgical properties of a chain can change as it passes through a process, such as smelting and remelting. This is due to the effects of the adsorption of different molten metals and the interaction with the slag. In order to minimize the influence of adsorption on the tensile properties, it is important to control the adsorption rate of the slag in the furnace.
The effect of adsorption on the tensile strength and shear strength of a steel chain is affected by the reactivity of the slag in the furnace, the degree of oxidation, and the amount of carbon in the slag. It is important to control these factors in the remelting and casting processes so that the metallurgical properties of the chain remain intact.
Currently, most metallurgical plants have little or no in-house data capabilities. Often, the bulk of operational data is stored in paper reports, digital spreadsheets, and/or software systems, which are then filed for compliance purposes. This data is usually considered to be inferior to new data acquired through digitized monitoring instruments, as it has not been pre-processed and cleansed in preparation for the utilization of a variety of metallurgical analytical applications such as a process simulator and metal accounting.
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We are specialized in producing Agricultural Roller Chain, Flat Top Chain, Track Chain, Hollow Pin Chain, Conveyor Chain for Beer Filling and Packing Line, Paver Chain, Attachment Sidebar Elevator Chain, Bucket Elevator Chain (Cement Mill Chain), Forging Scraper Chains, Loading Chain for Automobile Industry, Loading Chain for Metallurgical Industry, Conveyor Chain for Mine Machinery, Trencher Chain, Sugar Mill Chain, Double Flex Chain, etc. Welcome calls and emails to inquiries!
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