QUANTITY OF INGREDIENT IN MORTAR.....
Let start with ratio of mortar 1:6 and area for plaster is 200 m2 and thickness of plaster is 12 mm.
Area = 200 m2
Thickness =12 mm
we convert 12 mm in meter it is 12/1000 = 0.012 m
So wet volume of mortar = 200*0.012 = 2.4 m3
Total ingredient in mortar = 1+6 =7
Dry volume of mortar = 2.4* 1.28 =3.072 m 3 ( we increase 28% volume in wet mortar because voids are present in cement and sand which may be reach 25 % to 28% and causing reduction in specified quantity Here we assume it 28%. )
Cement quantity = 1/7 *3.072 = 0.438 m3
= 0.438/0.0347 = 12.64 Bags (volume of 1 bag of cement = 0.0347)
= 12.64*50 = 632 kg (weight of 1 cement bag =50 KG )
sand Quantity = 6/7 *3.072 = 2.63 m3
= 4471 kg ( Assume density of sand 1700 kg/ m3 . Density = mass / volume)
( Than 1700= mass/ 2.63 = 1700*2.63 = 4471 kg)
water quantity let we assume water cement ratio is 0.45
weight of water / weight of cement = w/C
0.45*632 = 285 kg
Cement = 632 kg
Sand = 4471 kg
Water = 285 kg
Let start with ratio of mortar 1:6 and area for plaster is 200 m2 and thickness of plaster is 12 mm.
Area = 200 m2
Thickness =12 mm
we convert 12 mm in meter it is 12/1000 = 0.012 m
So wet volume of mortar = 200*0.012 = 2.4 m3
Total ingredient in mortar = 1+6 =7
Dry volume of mortar = 2.4* 1.28 =3.072 m 3 ( we increase 28% volume in wet mortar because voids are present in cement and sand which may be reach 25 % to 28% and causing reduction in specified quantity Here we assume it 28%. )
Cement quantity = 1/7 *3.072 = 0.438 m3
= 0.438/0.0347 = 12.64 Bags (volume of 1 bag of cement = 0.0347)
= 12.64*50 = 632 kg (weight of 1 cement bag =50 KG )
sand Quantity = 6/7 *3.072 = 2.63 m3
= 4471 kg ( Assume density of sand 1700 kg/ m3 . Density = mass / volume)
( Than 1700= mass/ 2.63 = 1700*2.63 = 4471 kg)
water quantity let we assume water cement ratio is 0.45
weight of water / weight of cement = w/C
0.45*632 = 285 kg
Cement = 632 kg
Sand = 4471 kg
Water = 285 kg
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