Just as a point of clarification, when discussing sheet metal or wire ¡°gauge¡±, the lower the number the larger (thickness, diameter, etc) the dimension. For example, for bare sheet metal 16ga is about .060¡±, 10ga is about .135¡±. The values change for brass, aluminum and other alloys and also for wire but the concept stays the same, lower number = larger dimension. For sheet metal the best I have been able to determine is that for a fixed volume, say 12¡±x12¡±x12¡±, the number of 12¡±x12¡± plies needed to stack up to 12¡± is smaller for thicker material and larger for thinner material. The methodology used to determine the seemingly random gauge thicknesses is still a mystery to me. On Wed, Jul 14, 2021 at 9:13 AM Marlowe McGraw <marlomcgraw@...> wrote:
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Kevin J. Wells |