Tool steels water quenching: This group consists mainly of ordinary carbon steel; although some of the higher content steels carry small amounts of chromium and vanadium in order to increase hardenability and improve wear resistance. The carbon content of these steels ranges from 0.6 to 1.4% and can be subdivided in a general way by the percentage of carbon in the following subgroups. 0.6 to 0.75% carbon steels are used in these cases mainly interested tenacity, and hammers, riveting hammers, jackhammers, and headliners dies sprint.
0.75 to 0.95% carbon, these steels are used for toughness and hardness and is needed in the punches, chisels, dies and shear blades. 0.95 to 1.4% carbon, these steels are used in cases where it is required to wear resistant tools and conservation conditions. They are used in the manufacture of woodworking tools, drills, reamers, taps and lathe tools.
Subjecting them to an appropriate heat treatment, it is possible to obtain a hard martensitic structure at the surface in hardcore. To reach hardness figures are required, they must be tempered with water, and best machinability has better resistance to decarburization, although its thermal resistance is small.
The low alloy steel oil hardening contains minor amounts of manganese and chromium and tungsten. These steels represent high resistance to deformation and heat treatment because less likely to bend, praise, twist, warp or crack and the water quenching. Among its features we can mention its good wear resistance, machinability and resistance to decarburization; tenacity is only fair and hot hardness as low as that of the carbon tool steels. These steels are used in the manufacture of dies, roller rolling threads, from tools and expansive reamers.
Medium alloy steels containing about 1% carbon, 3% or less of manganese, at most 5% chromium and 1% molybdenum. The increased content of alloying elements, particularly manganese and molybdenum steels gives these characteristic properties at very marked quenching air and increase the hardenability. Steels of this group are characterized by excellent resistance to deformation is presenting a good wear resistance, toughness, and machinability ranging from fair to poor. They are used for cutting dies, embossing dies, thread rolling, and rollers.
The high carbon tool steels containing chromium and up to 2.35% carbon and 12% of chromium may also contain molybdenum, tungsten, vanadium, and cobalt. The combination of carbon and high quantities of chromium provides excellent wear resistance and non-deformability. They are also characterized by its good resistance to abrasion and low size variation in the temple, which the punching of pictures for drawing wire, bar and tube, thread rolling rollers and measurement standards.
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