Can manufacture high-quality carbide Because impurities(iron, aluminum, debris, etc.) included in the wastes are decomposed and eliminated in the carbonization furnace, pure and high-quality powder carbide is obtained.
Typically supplied materials solutions include Ni based materials mixed with carbides, Fe-Cr-Ni alloys and others that can be applied using various coating methods.
The solidification cooling times is still low, the grain size is still large, the size distribution of carbide is still uneven, which result in the high the energy consumption and the low production efficiency.
But some simple carbon-containing compounds such as carbon monoxide, carbon dioxide, carbonic acid, carbonate, and carbide are also studied as inorganic materials because their composition and properties are similar to inorganic substances.
Manufacturing processes of cemented carbide(powder metallurgy) The completed powder to be supplied in molding is formed by adding cobalt powder, double carbide powder and so forth to tungsten carbide powder and mixing them.
We precisely control carbide size and shape, offering a range from very fine carbides through large, tetrahedral cemented carbides for cutting applications.
Made with high quality of raw material through special heat treatment, especially, tungsten carbide of tapered button bits are from Boart long year, widely applied in Hand Hold( short-hole) drilling system for dimensional stone quarrying.
Description Silver tungsten alloys, also known as silver tungsten carbides, are used in industrial and domestic circuit breaker applications where good weld and erosion resistance is important.
Equipped with one of the best non continuous carbides rolls brands, Kaida Roll Group is one of competitive non continuous carbides rolls manufacturers and suppliers in China, welcome to visit our website.
This type of roll is manufactured from high alloy materials, whose microstructure is bainite and chrome carbides and core is filled with spheroidal graphite cast iron.
The percentage of inflammable components in the carbide can be adjusted. Besides, it is possible to produce various forms of carbide depending on the client's applications such as demineralization through washing, granulation, bag packing and so on.
Because a rapid temperature rise of 1,000- 2,000℃ per minute is possible, it is possible to complete sintering of carbides, borides, tungsten, molybdenum, and other materials with high melting points in a short time.
In these materials the alloying elements C, Cr, Mo, V, and W combine to give a carbide structure and strengthened matrix for excellent wear resistance and high temperature properties.
Because the carbonization furnace has no movable element, and the carbonization furnace, carbide recovery device and secondary incineration chamber are consolidated, there's no risk of gas leakage and operation, maintenance and management can be conducted more easily.
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