For M-20 grade concrete, the mix ratio is typically 1:1.5:3 (cement: sand: aggregate) by volume. To determine the amount of cement needed, you can use the total volume of concrete required. For example, if you need 1 cubic meter of M-20 concrete, you would need approximately 0.5 bags (around 50 kg) of cement, as cement constitutes about 10-15% of the total volume in this mix. Always consider adjusting the quantities based on specific project requirements and local material properties.
M20 - 6.20bags
260 kg/cu m
In M20 grade concrete, the mix ratio is typically 1:1.5:3 (cement: sand: aggregates). For one cubic meter of concrete, you generally need about 7 to 8 bags of cement, as one bag of cement is approximately 50 kg. This equates to roughly 350 kg of cement per cubic meter, which aligns with the M20 mix design requirements.
1:1.5:3 (cement,stone,sand)
Yes. OPC 43 grade cement can be used to make M20 grade concrete.It can be used to make concrete up to M30 Grade.See related link.
M20 - 6.20bags
260 kg/cu m
concrete and cement
In M20 grade concrete, the mix ratio is typically 1:1.5:3 (cement: sand: aggregates). For one cubic meter of concrete, you generally need about 7 to 8 bags of cement, as one bag of cement is approximately 50 kg. This equates to roughly 350 kg of cement per cubic meter, which aligns with the M20 mix design requirements.
1:1.5:3 (cement,stone,sand)
315 Kg/M3 approx.
Yes. OPC 43 grade cement can be used to make M20 grade concrete.It can be used to make concrete up to M30 Grade.See related link.
M20 grade - 1:1.5:3Cement required - 360 kgs per m3Cement required - 7.2 bags.
1 bag
1 bag
In an M20 concrete mix, which has a ratio of 1:1.5:3 (cement: sand: aggregates), approximately 7 to 8 bags of cement are needed for one cubic meter of concrete. This translates to about 350 to 400 kg of cement, considering a standard 50 kg bag. The exact number may vary based on factors like waste, mix adjustments, and specific project requirements.
1:1.5:3:0.45 (cement,fine aggregate,coarse aggregate, water cement ratio)