How does this compare to 1095 or 5160?
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Bob, have you checked this FAQ: http://www.bladeforums.com/features/faqsteel.shtml? 1084 is used by a number of sword makers. Content-wise, it has 0.84% carbon rather than the 0.95% found in 1095. It has no chromium as does 5160, which makes it a shallow hardening steel.
Fox
Fox
- Joined
- Jul 2, 2000
- Messages
- 941
Another indirectly related question...
Anyone know where reliable 1084 could be acquired in thicknesses greater than 1/4 inch? I'm looking for some around 5/16" and have been unsuccessful through the standard sources that are brought up.
Shinryû.
Anyone know where reliable 1084 could be acquired in thicknesses greater than 1/4 inch? I'm looking for some around 5/16" and have been unsuccessful through the standard sources that are brought up.
Shinryû.
Arthur Washburn
Knifemaker and AMC Freak
- Joined
- Jul 15, 2000
- Messages
- 1,653
1084 C .80/.94 Mn .60/.90
1095 C .90/1.04 Mn .30/.50
5160 C.60 Mn.85 P.35 max S.040 max Si.25 Cr.80
The differance between the 1084 and 1095 is mostly the Manganese (Mn) content. 1084 is a deeper hardening steel due to the higher manganese content. It is also more forgiving in the heat treat. 1095 must be quenched quicker than the 1084 to get its full hardness.
5160 has considerable more alloying then the simple 10 series steels. it benfits from the deep hardening properties of the high manganeses content and has a good amount of Chromium which gives it a good wear resistance.
1095 C .90/1.04 Mn .30/.50
5160 C.60 Mn.85 P.35 max S.040 max Si.25 Cr.80
The differance between the 1084 and 1095 is mostly the Manganese (Mn) content. 1084 is a deeper hardening steel due to the higher manganese content. It is also more forgiving in the heat treat. 1095 must be quenched quicker than the 1084 to get its full hardness.
5160 has considerable more alloying then the simple 10 series steels. it benfits from the deep hardening properties of the high manganeses content and has a good amount of Chromium which gives it a good wear resistance.