one cubic meter is equivalent to 1000 cubic decimeters or 1000 liters. assuming the amount of mortar used has a volume of 2/3 of 1 brick (figuring on standard red brick of 2.5 x 5 x 10 inch bricks) per brick, then the amount of mortar used will be about 333 1/3 liters. if 1/3 of the volume of the mortar is water then the dry ingredients are equal to 222.222 liters. of that: 1/6 of the dry ingredients are portland cement if you are using a 3:2:1 (sand, lime, cement) or 37.04 liters.
1350 no of bricks with masonary in 100 cft.........
4.50/bag cement, required for 1 cubic metre of concrete ( M10).
7 bags cement
The amount of mortar used in one cubic meter of brick masonry typically ranges from 0.1 to 0.2 cubic meters, depending on the size of the bricks and the joint thickness. For standard bricks with a typical joint thickness, around 0.15 cubic meters of mortar is commonly required. This translates to approximately 10-15% of the total volume of the masonry. Factors such as brick size, alignment, and construction technique can affect this estimate.
For 1 meter cube of brick work, you would need approximately 13 bags of cement.
To calculate the amount of cement needed for 1 cubic meter of random stone masonry, it typically requires a mortar mix ratio of about 1:4 (cement to sand). For 1 cubic meter of masonry, approximately 0.3 to 0.4 cubic meters of mortar is needed, which translates to about 6 to 8 bags of cement (assuming 50 kg bags). The exact amount can vary based on the specific mix design and the type of stones used. Always consult local guidelines or a structural engineer for precise calculations.
The quantity of mortar required for stone masonry typically depends on the size of the stones and the joint thickness. A common estimate is that for every cubic meter of stone masonry, approximately 0.1 to 0.15 cubic meters of mortar may be needed. To calculate more accurately, consider the dimensions of the stones, the joint thickness, and the overall volume of the masonry work. Always consult specific project plans for precise requirements.
To calculate the amount of sand and cement needed for 2000 bricks, you first need to determine the volume of one brick. Assuming a standard brick size of 8 inches by 4 inches by 2 inches, the volume of one brick is 64 cubic inches. For 2000 bricks, the total volume would be 128,000 cubic inches. To convert this volume to cubic feet (since sand and cement are typically measured in cubic feet), you would divide by 1728 (12x12x12). This gives you approximately 74.07 cubic feet of sand and cement needed for 2000 bricks.
The normal weight of one cubic foot of brick masonry typically ranges from 100 to 120 pounds (approximately 1600 to 1920 kg per cubic meter). This weight can vary based on the type of brick, mortar, and the density of the materials used. Generally, solid bricks tend to be heavier than hollow or modular bricks. For specific applications, it's advisable to check the manufacturer's specifications for precise weight information.
1:6 brick work sand consumption for 1 cubic meter = 9.71 cft 1 cubic meter brick work cement consumption = 1.32 bags 1.32/28.8= .0458 cubic meter .458*6 = .275 .275*35.31 =9.71 cft
It depends on the type of structure according to the load subjected
not a lot. but assuming 9"x3" and using this brick calculator it works out at 0.0003 cubic meters of mortar or 0.91kg of sand and 0.25kg of cement per brick.