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Bending coefficient table of aluminum veneer | ||
Thickness of aluminum plate (Mm) | Bending angle (°) | Bending coefficient (Mm) |
Zero point eightMm | Ninety | One point five |
OneMm | Ninety | One point five |
45、135 | Zero point five | |
One point twoMm | Ninety | Two |
45、135 | Zero point five | |
One point fiveMm | Ninety | Two point five |
45、135 | Zero point five | |
60、120 | One point five | |
TwoMm | Ninety | Three |
45、135 | One | |
60、120 | Two point five | |
Ninety degree slotting | One point five | |
Two point fiveMm | Ninety | Four |
45、135 | One point five | |
60、120 | Three | |
Ninety degree slotting | Two | |
Threemm | 90 | Five |
45、135 | Three | |
60、120 | Four point five | |
90 degree slotting | Two point five | |
There are many calculation methods for bending coefficient, such as K-factor method, Y-factor method and plate thickness deduction method, and the common method is bending deduction number method. That is: unfold size = a straight edge length + B straight edge length - bending coefficient, these formulas are commonly used in our production cutting! For example: the length and width are 1000mm, the four sides are 90 degrees, and the folding edge is 20mm For ordinary aluminum veneer, many people think that the opening size is 1040 * 1040mm However, the actual cutting is 1034 * 1034mm. Because of the 90 degree bending of 2.0, the bending coefficient without slotting is 3.0 mm, and the length and width of simply supported plates on four sides are bent by two knives, and the cutting size should be reduced by 6 mm | ||