Cardboard Box Weight:
Enter the values of length, L(in), width, W (in) and height, H (in) to determine the value of Cardboard box weight, W(lbs).
Cardboard Box Weight:
The physics of cardboard box weight involves understanding both the material properties of cardboard and the principles governing how weight is determined, especially in practical applications like shipping.
Cardboard, typically made from corrugated fibreboard, is composed of a fluted corrugated sheet sandwiched between two linerboards. This structure provides a balance between strength and lightweight properties, making cardboard an ideal material for packaging.
The dimensional weight is calculated by multiplying the box’s length, width, and height, and then dividing by a dimensional factor (commonly 166 for measurements in inches). This factor converts the box’s volume into a weight equivalent, which is then compared to the actual weight to determine the shipping cost.
Cardboard box weight, W(lbs) in pounds is calculated by dividing the product of length, L(in) in inches, width, W (in) in inches, height, H(in) in inches by 166.
Cardboard box weight, W(lbs) = L(in) * W (in) * H(in) / 166
W(lbs) = cardboard box weight in pounds, lbs.
L(in) = length in inches, in.
W (in) = width in inches, in.
H(in) = height in inches, in.
Cardboard Box Weight Calculation:
1. A cardboard box has a length of 24 inches, a width of 18 inches, and a height of 12 inches. Calculate the dimensional weight of the box.
Given: L(in) = 24in, W (in) = 18in, H(in) = 12in.
Cardboard box weight, W(lbs) = L(in) * W (in) * H(in) / 166
W(lbs) = 24 * 18 * 12 / 166
W(lbs) = 31.2lbs.
2. A cardboard box with a length of 20 inches, a width of 15 inches, and a dimensional weight of 25 lbs. Determine the height of the box.
Given: L(in) = 20in, W (in) = 15in, W(lbs) = 25lbs.
Cardboard box weight, W(lbs) = L(in) * W (in) * H(in) / 166
H(in) = W(lbs) * 166 / L(in) * W (in)
H(in) = 25 * 166 / 20 * 15
H(in) = 13.83in.