Heat Treatment Industry News
Different methods of heat treating metals produce different results
The heat treatment process involves the controlled application of heat to change the physical (and sometimes chemical) properties of the metal, noting the size-
more>Different media in metal quenching process used
Each medium used in the quenching process has its own advantages and disadvantages, and it is up to the metalworker to decide what is better for the job. Here a
more>Screw bolt screw annealing furnace
Well tempering furnace is used for annealing of screws, bolts and screws in order to eliminate the internal stress of screws, bolts and screws through annealing
more>Spheroidizing annealing process
Materials suitable for spheroidizing annealing usually refer to eutectoid steel and hypereutectoid steel, such as carbon tool steel, alloy tool steel, bearing s
more>Trolley type natural gas heat treatment furnace
Trolley type natural gas heat treatment furnace has the advantages of energy saving, low consumption and high economic benefit in many heat treatment equipment,
more>Pickling of high strength steel by trolley annealing furnace
With the advent of some new CR series stainless steels with high strength and good processing and welding performance, such as super martensite, martensite, fer
more>Salt bath quenching process
The heating temperature and holding time of the salt bath quenching process should not be too high, otherwise the surface decarburization will be caused. If the
more>Heat treatment quenching oil aging
Causes of aging of heat treatment quenching oil and maintenance workHeat treatment of steel parts quenching oil is usually divided into two categories, vegetabl
more>Tool material heat treatment process needs to be personalized
One hundred years ago, American mechanical engineer f. W Taylor and metallurgical engineer m. White, after extensive and systematic cutting tests, established t
more>What are the commonly used heat treatment processes after carbonitriding?
The common temperature of carbonitriding is 820 ~ 880℃ (low carbon steel and low alloy steel are 840 ~ 860℃). The following processes are commonly used for he
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