Difference between revisions of "52100"
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Jump to navigationJump to search (New page: 52100 consists of: {|{{Articletable}} {{Tableheading}}'''Carbon''' {{Tableheading}}'''Chromium''' {{Tableheading}}'''Cobalt''' {{Tableheading}}'''Copper''' {{Tableheading}}'''Manganese'''...) |
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From Spyderco's website: | |||
''52100 is a high carbon steel used primarily for ball bearings. It has a good amount of carbon (0.98 - 1.10) and very few other alloys. Ball bearing steels usually have to withstand a great deal of force in a very small area. Traditionally, ball bearing steels make good edge steels because an edge also has to withstand much force in a small area. 52100 serves that function well. Oil quenched and drawn to Rc 62, it is a difficult steel to heat treat. A very fine molecular structure permits very sharp edges, even at thin angles. Toughness is good, corrosion resistance isn't. It is not a stainless steel and will have to be cared for.'' | |||
[[Category:Steels]] |
Latest revision as of 03:52, 11 February 2013
52100 consists of:
Carbon | Chromium | Cobalt | Copper | Manganese | Molybdenium | Nickel | Nitrogen | Phosphorus | Silicon | Sulfur | Tungsten | Vanadium |
0.98-1.10 | 1.30-1.60 | / | / | 0.25-0.45 | / | / | / | 0.03 | 0.15-0.30 | 0.03 | / | / |
From Spyderco's website:
52100 is a high carbon steel used primarily for ball bearings. It has a good amount of carbon (0.98 - 1.10) and very few other alloys. Ball bearing steels usually have to withstand a great deal of force in a very small area. Traditionally, ball bearing steels make good edge steels because an edge also has to withstand much force in a small area. 52100 serves that function well. Oil quenched and drawn to Rc 62, it is a difficult steel to heat treat. A very fine molecular structure permits very sharp edges, even at thin angles. Toughness is good, corrosion resistance isn't. It is not a stainless steel and will have to be cared for.