vault backup: 2024-11-01 19:27:35
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@ -38,4 +38,4 @@ Mono crystalline diamond stropping compound comes in a wide variety of grit size
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| 0.25 micron | After 10 laps on a bovine leather strop, it did not sufficiently remove the bur. With 100 laps, it got closer, but a noticeable bur was still present. 0.25 micron appears to remove material very slowly, almost too slowly, but it produces a fine finish. |
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| 0.25 micron | After 10 laps on a bovine leather strop, it did not sufficiently remove the bur. With 100 laps, it got closer, but a noticeable bur was still present. 0.25 micron appears to remove material very slowly, almost too slowly, but it produces a fine finish. |
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| 0.5 micron | After 10 laps on bovine leather, significantly more abrasion occurred than with the 0.25 micron compound. No significant change in edge geometry was noted compared to use of the 0.25 micron stropping compound. |
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| 0.5 micron | After 10 laps on bovine leather, significantly more abrasion occurred than with the 0.25 micron compound. No significant change in edge geometry was noted compared to use of the 0.25 micron stropping compound. |
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| 10 micron | When stropping with 10 micron compound, it was noted that the entire bevel began to convex, and significant removal rate occurred. Large burrs were left on parts of the edge, but further stropping on linen and clean leather would remove those burrs. |
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| 10 micron | When stropping with 10 micron compound, it was noted that the entire bevel began to convex, and significant removal rate occurred. Large burrs were left on parts of the edge, but further stropping on linen and clean leather would remove those burrs. |
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