To determine the weight of a GI (galvanized iron) strip measuring mm x 0.6 mm, you need to know its length and the density of the material. Galvanized iron typically has a density of around 7.85 g/cm³. Once you have the dimensions in the same units, you can calculate the weight using the formula: weight = volume × density. For accurate results, please provide the length of the strip.
Approximate Weight per Square Metre of Sheet (for 120 Gsm Coating) APPROXIMATE WEIGHT 7.45 Kg PER SQUARE METRE
It is simple ! = length in meters *width in meters *thickness in mm*density of the material (i.e 8.1 in this case )
The weight of a 100x10mm galvanized iron (GI) flat per meter length can be calculated using the formula: weight (kg) = volume (m³) × density (kg/m³). The cross-sectional area of the flat is 100mm × 10mm = 1000 mm², which is 0.001 m². The density of GI is approximately 7850 kg/m³, so the weight per meter is around 7.85 kg.
mm is millimeters & wt is weight
Are you thinking of Mm? Molar mass. Or millimeters?
wt. of 100NB GI Pipe is 13.914 Kg/m
50 mm dia gi pipe 4mm thick
The weight of a GI flat with dimensions 75x10 mm per meter length can be calculated as follows: 75mm x 10mm x 0.00785 (density of steel) = 5.8875 kg/meter.
Approximate Weight per Square Metre of Sheet (for 120 Gsm Coating) APPROXIMATE WEIGHT 7.45 Kg PER SQUARE METRE
To calculate the weight of the GI sheet per square meter, you need to know the area of the sheet. If you have a 22 g GI sheet, you need to divide the weight (22 g) by the area in square meters. So, if the area of the sheet is 1 square meter, the weight per square meter would be 22 g.
It is simple ! = length in meters *width in meters *thickness in mm*density of the material (i.e 8.1 in this case )
To calculate the coil length, you need to convert the coil size and its weight to the SI units.
3.04kg/mtr for 32mm(M) also used as riser pipes for Hand Pump Mark-II
A 30-06 in MM is a 7.62x61 round. Also considered a 30 cal.
2.10mm thk
Measure the width and thickness of the strip. Multiply them together to find the cross-section area, and treat it as normal wire of the same cross-section area. For example, 10 mm x 1 mm strip would be used like 10 sq. mm cable.
mm is millimeters & wt is weight