Weight of 1 cubic meter of M10, M15, M20 and M25 concrete | Weight of 1 cubic meter of M10 concrete | Weight of 1 cubic meter of M15 concrete | Weight of 1 cubic meter of M20 concrete | Weight of 1 cubic meter of M25 concrete | weight of 1 cubic meter concrete.
Concrete is the one of the most important building material made of mixture of cement, sand, aggregate mixed with water to form plain cement concrete if it is provided with steel reinforcement bar then it will be reinforced cement concrete.
Plain cement concrete and reinforced cement concrete used to form structural member of building like concrete floor slab, RCC footing, RCC beam, RCC column and RCC slab. Today concrete is used in various project in construction civil engineering, in construction industries, formation of commercial building, Apartment, high rise building, Bridge, dams, Reservoir, tunnels, etc.
Concrete is good in compression and weak in tension, to increase their strength reinforcement Steel bar embedded in it. In this article we know about weight of 1 cubic meter concrete.
Concrete have various grade represented as M10, M15, M20 and M25, in which M stand for mix and all world by numerical figure is characteristics of compressive strength. In this article we know about weight of 1 cubic meter of M10, M15, M20 and M25 concrete.
Weight of 1 cubic meter of concrete:- 1 cubic meter of concrete weight around 2.5 metric tons or 2500 kilograms for RCC and 2.4 metric tons or 2,400 kilograms for PCC. Typically, 1m3 of concrete is made up of about 350kg (7bags) cement, 700 kg sand, 1200kg aggregate, about 150 liters of water and 100kg of steel embedded in it as per design structure in case reinforced cement concrete (RCC concrete).
1m3 concrete weight in kg:- weight of 1m3 (cubic meter) of concrete is around 2.5 metric tons or 2,500 kilograms for RCC and 2.4 metric tons or 2,400 kilograms for PCC. Typically, 1m3 of concrete is made up of about 350kg (7bags) cement, 700 kg sand, 1200kg aggregate, about 150 litres of water and 100kg of steel embedded in it as per design structure in case reinforced cement concrete (RCC concrete).
Concrete weight:- a typical concrete mix can weigh 150 lbs or 68kg per cubic foot, 4,050 lbs per cubic yard, or 2,400 kg per cubic meter. The weight of concrete is determined by its density, which can vary based on the amount of aggregate, water, and air in the mix.
Concrete weight per m3:- A typical concrete mix can weigh 2,400 kilograms or 2.4 metric tons per m3 for plain cement concrete (PCC). Reinforced cement concrete (RCC) weighs about 2,500 kilograms or 2.5 metric tons per m3.
Weight of 1 cubic meter concrete:– 1 cubic meter of concrete weight around 2.4 metric ton (2400kgs), typically 1m3 of concrete is made up of about 350kg (7bags) cement, 700 kg sand, 1200kg aggregate and about 150 litres of water without steel in it as per design structure in case plain cement concrete (PCC concrete).
Weight of concrete per cubic meter:– typically weight of concrete is around 2.5 metric tons (2500kgs) per cubic meter in case of rcc or 2.4 metric tons (2400kgs) in case of pcc. This is standard weight of 1m3 of M20 or n20 concrete. Their actual weight is depend on design mix of cement sand and coarse aggregate and steel reinforcement.
Weight of 1 cubic meter of M10 concrete
We have to prepare 1m3 of M10 concrete, this is wet volume, to calculate dry volume we will multiply 1.54 in wet volume, so total volume of concrete = 1.54m3, in M10 concrete nominal mix ratio of cement, sand and aggregate is 1: 3: 6 respectively and water cement ratio is about 0.60.
Total proportion = 1 + 3 + 6 = 10, in which part of cement = 1/10, part of sand = 3/10 and part of aggregate = 6/10.
Quantity of cement required for 1 cubic meter of m10 concrete:- considering, 1440kg/m3 is density of cement, then cement quantity = (1/10) ×1.54m3 × 1440 kg/m3 = 222kg or around 4.44 bags 50 kg of cement. Therefore, 222kg (4.44 bags of 50kg) cement are required to form 1 cubic meter of m10 concrete
According to Indian standard, as we know that about 480kg of mixture of sand and aggregate required per bag 50kg of cement, so total weight of gravel (sand + aggregate) = 4.44×480 = 2130 kg, Generally sand to aggregate ratio is 1:2 by weight, total ratio = 1+2 =3, part of sand = 1/3 and part of aggregate = 2/3.
Quantity of sand required for 1 cubic meter of m10 concrete:- As total gravel weight is 2130kg, sand part is 1/3, hence sand quantity in mix = (1/3) × 2130 × = 710kg sand. Therefore 710kg of sand required for 1 cubic meter of m10 concrete.
Quantity of aggregate required for 1 cubic meter of m10 concrete:- As total gravel weight is 2130kg, aggregate part is 2/3, hence aggregate quantity in mix = (2/3) × 2130 × = 1420kg aggregate. Therefore 1420kg of aggregate required for 1 cubic meter of m10 concrete.
Quantity of water required for 1 cubic meter of m10 concrete:- As we know water cement ratio for m10 concrete is about 0.6, as cement = 222kg, then water quantity = 0.6× 222kg= 133 Liters. Therefore 133Litres of water required for 1 cubic meter of m10 concrete.
Weight of 1 cubic meter of m10 concrete:- M10 concrete generally used as PCC, 1 cubic meter of m10 concrete weight around 2.4 metric ton (2400kgs), typically 1m3 of m10 concrete is made up of about 222kg (4.44bags of 50kg) cement, 710 kg sand, 1420kg aggregate and about 133 liters of water as per design structure in case plain cement concrete (PCC concrete).
Weight of 1 cubic meter of M15 concrete
We have to prepare 1m3 of M15 concrete, this is wet volume, to calculate dry volume we will multiply 1.54 in wet volume, so total volume of concrete = 1.54m3, in M15 concrete nominal mix ratio of cement, sand and aggregate is 1: 2: 4 respectively and water cement ratio is about 0.60.
Total proportion = 1 + 2 + 4 = 7, in which part of cement = 1/7, part of sand = 2/7 and part of aggregate = 4/7.
Quantity of cement required for 1 cubic meter of m15 concrete:- considering, 1440kg/m3 is density of cement, then cement quantity = (1/7) ×1.54m3 × 1440 kg/m3 = 317kg or around 6.35 bags 50 kg of cement. Therefore, 317kg (6.35 bags of 50kg) cement are required to form 1 cubic meter of m15 concrete.
According to indian standard, as we know that about 330kg of mixture of sand and aggregate required per bag 50kg of cement, so total weight of gravel (sand + aggregate) = 6.35×330 = 2095 kg, Generally sand to aggregate ratio is 1:2 by weight, total ratio = 1+2 =3, part of sand = 1/3 and part of aggregate = 2/3.
Quantity of sand required for 1 cubic meter of m15 concrete:- As total gravel weight is 2095kg, sand part is 1/3, hence sand quantity in mix = (1/3) × 2095 × = 698kg sand. Therefore 698kg of sand required for 1 cubic meter of m15 concrete.
Quantity of aggregate required for 1 cubic meter of m15 concrete:- As total gravel weight is 2095kg, aggregate part is 2/3, hence aggregate quantity in mix = (2/3) × 2095 × = 1396kg aggregate. Therefore 1396kg of aggregate required for 1 cubic meter of m15 concrete.
Quantity of water required for 1 cubic meter of m15 concrete:- As we know water cement ratio for m15 concrete is about 0.6, as cement = 317kg, then water quantity = 0.6× 317kg= 190 Liters. Therefore 190Litres of water required for 1 cubic meter of m15 concrete.
Weight of 1 cubic meter of m15 concrete:- M15 concrete generally used in both PCC and RCC, 1 cubic meter of m15 concrete weight around 2.5 metric ton (2500kgs), typically 1m3 of m15 concrete is made up of about 317kg (6.35bags of 50kg) cement, 698 kg sand, 1396kg aggregate and about 190 liters of water and 100kg of steel embedded in it as per design structure in case reinforced cement concrete (RCC concrete).
Weight of 1 cubic meter of M20 concrete
We have to prepare 1m3 of M20 concrete, this is wet volume, to calculate dry volume we will multiply 1.54 in wet volume, so total volume of concrete = 1.54m3, in M20 concrete nominal mix ratio of cement, sand and aggregate is 1: 1.5: 3 respectively and water cement ratio is about 0.55.
Total proportion = 1 + 1.5 + 3 = 5.5, in which part of cement = 1/5.5, part of sand = 1.5/5.5 and part of aggregate = 3/5.5.
Quantity of cement required for 1 cubic meter of m20 concrete:- considering, 1440kg/m3 is density of cement, then cement quantity = (1/5.5) ×1.54m3 × 1440 kg/m3 = 403kg or around 8 bags of 50 kg of cement. Therefore, 403kg (8 bags of 50kg) cement are required to form 1 cubic meter of m20 concrete.
According to indian standard, as we know that about 250kg of mixture of sand and aggregate required per bag 50kg of cement, so total weight of gravel (sand + aggregate) = 8×250 = 2000 kg, Generally sand to aggregate ratio is 1:2 by weight, total ratio = 1+2 =3, part of sand = 1/3 and part of aggregate = 2/3.
Quantity of sand required for 1 cubic meter of m20 concrete:- As total gravel weight is 2000kg, sand part is 1/3, hence sand quantity in mix = (1/3) × 2000 × = 666kg sand. Therefore 666kg of sand required for 1 cubic meter of m20 concrete.
Quantity of aggregate required for 1 cubic meter of m20 concrete:- As total gravel weight is 2000kg, aggregate part is 2/3, hence aggregate quantity in mix = (2/3) × 2000 × = 1332kg aggregate. Therefore 1332kg of aggregate required for 1 cubic meter of m20 concrete.
Quantity of water required for 1 cubic meter of m20 concrete:- As we know water cement ratio for m20 concrete is about 0.55, as cement = 403kg, then water quantity = 0.55× 403kg= 220 Litres. Therefore 220Litres of water required for 1 cubic meter of m20 concrete.
Weight of 1 cubic meter of m20 concrete:- M20 concrete generally used as RCC, 1 cubic metre of m20 concrete weight around 2.5 metric ton (2500kgs), typically 1m3 of m20 concrete is made up of about 403kg (8bags of 50kg) cement, 666 kg sand, 1332kg aggregate and about 220 litres of water and 100kg of steel embedded in it as per design structure in case reinforced cement concrete (RCC concrete).
Weight of 1 cubic meter of M25 concrete
We have to prepare 1m3 of M25 concrete, this is wet volume, to calculate dry volume we will multiply 1.54 in wet volume, so total volume of concrete = 1.54m3, in M25 concrete nominal mix ratio of cement, sand and aggregate is 1: 1: 2 respectively and water cement ratio is about 0.50.
Total proportion = 1 + 1 + 2 = 4, in which part of cement = 1/4, part of sand = 1/4 and part of aggregate = 2/4.
Quantity of cement required for 1 cubic meter of m25 concrete:- considering, 1440kg/m3 is density of cement, then cement quantity = (1/4) ×1.54m3 × 1440 kg/m3 = 554kg or around 11 bags of 50 kg of cement. Therefore, 554kg (11 bags of 50kg) cement are required to form 1 cubic meter of m25 concrete.
According to indian standard, as we know that about 165kg of mixture of sand and aggregate required per bag 50kg of cement, so total weight of gravel (sand + aggregate) = 11×165 = 1815 kg, Generally sand to aggregate ratio is 1:2 by weight, total ratio = 1+2 =3, part of sand = 1/3 and part of aggregate = 2/3.
Quantity of sand required for 1 cubic meter of m25 concrete:- As total gravel weight is 1815kg, sand part is 1/3, hence sand quantity in mix = (1/3) × 1815 × = 605kg sand. Therefore 605kg of sand required for 1 cubic meter of m25 concrete.
Quantity of aggregate required for 1 cubic meter of m25 concrete:- As total gravel weight is 1815kg, aggregate part is 2/3, hence aggregate quantity in mix = (2/3) × 1815 × = 1210kg aggregate. Therefore 1210kg of aggregate required for 1 cubic meter of m25 concrete.
Quantity of water required for 1 cubic meter of m25 concrete:- As we know water cement ratio for m25 concrete is about 0.50, as cement = 554kg, then water quantity = 0.50× 554kg= 277 Litres. Therefore 277Litres of water required for 1 cubic meter of m25 concrete.
Weight of 1 cubic meter of m25 concrete:- M25 concrete generally used as RCC, 1 cubic metre of m25 concrete weight around 2.5 metric ton (2500kgs), typically 1m3 of m25 concrete is made up of about 544kg (11bags of 50kg) cement, 605 kg sand, 1210kg aggregate and about 277 litres of water and 100kg of steel embedded in it as per design structure in case reinforced cement concrete (RCC concrete).
Conclusion:-
A typical concrete mix can weigh 150 lbs or 68kg per cubic foot, 4,050 lbs per cubic yard, or 2,400 kg per cubic meter. The weight of concrete is determined by its density, which can vary based on the amount of aggregate, water, and air in the mix.
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