Experiments on Knife Sharpening

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Instead, the blade is honed as needed on a waterstone. From Wikipedia, the free encyclopedia. Knives Cooks Love: Selection. Andrews McMeel Publishing.

Experiments on Knife Sharpening John Verhoeven

National Public Radio. Retrieved Review: Mousetrap steel from Razor Edge Technical report. Categories : Metalworking hand tools Kitchenware Sharpening. Hidden categories: All articles with unsourced statements Articles with unsourced statements from August Namespaces Article Talk. Views Read Edit View history. In other projects Wikimedia Commons. By using this site, you agree to the Terms of Use and Privacy Policy. Rest assured this was a defective stone that we would not sell, but it was good enough for some rough testing.

Soft Arkansas stones were used for the test. The difference between wet and dry is easily visible in the photo. The dry stone built up heavy swarf, and was cutting very poorly, if at all, by the end. The oiled stone lost no cutting ability throughout the test. Both continuous surface and interrupted surface diamond stones were used for the test.

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Water was used as necessary to keep the surface of one stone wet during use. Like the oil stones, diamond stones also showed a significant difference in cutting ability between wet and dry, again with the dry being slower. In all cases, the stones used dry required cleaning to be brought back to working condition after the test, whereas the stones used wet, did not. The dry coarse diamond stone shows the build-up that caused a noticeable slowing in cutting speed.

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As was the case in the oil stones, the stone used wet continued to work well throughout the test. As with the coarse interrupted surface stone, the build-up of the waste is clearly visible on the fine dry diamond stone. The loss of cutting efficiency was even more pronounced on the fine interrupted surface stone than on the coarse.

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Consistent with the other stones, the wet stone worked the same from start to finish. Extra Coarse Continuous Surface. The results with the extra coarse continuous surface diamond stones were consistent with the other diamond stones. As the waste steel left behind is almost the same color as the stone itself, the build-up is harder to see, but again the dry stone lost considerable efficiency, and the wet stone performed the same throughout. Waterstones of and grit were tested.

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As the name suggests, waterstones are meant to be used with water, and water is what was used. The wet stone was soaked prior to testing and water was applied as needed to keep the surface wet throughout use. The grit waterstones had the most interesting results of any of the stones in the test. The difference between wet and dry was not great in terms of cutting speed. The dry stone cut at roughly the same rate as the wet stone.

Both stones required similar amounts of resurfacing to be brought back to level after testing.

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The grit waterstones showed even more glazing and loss of cutting ability than most of the other stones in this test exhibited. The build-up visible on the dry stone resulted in little, if any, practical cutting ability well before the end of the test. In contrast, the stone used with water worked the same from beginning to end.

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The stone used dry required resurfacing after the test, but the wet stone was ready for continued use. The results were clear. Use your stones wet. The stones used wet worked far better than the ones used dry, the only exception was the grit waterstone which performed the same.

outer-edge-design.com/components/facebook/508-phone-number-tracker.php In all cases, the wet stones continued to function from start to finish with no loss in cutting ability. In all but one of the cases, the dry stones quickly slowed and some even became useless. In addition, the majority of the stones used dry required more time and effort to clean or resurface afterwards than the stones used wet, most of which could simply be wiped off and put away. In short, using water or oil with your sharpening is very important.