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4500
The answer is, remarkably, 6. Answer: "6 sack" or "6 bag mix" has six bags of cement per cubic yard of concrete mix. Since each sack/bag contains 94 lbs of dry cement, this equals 564 lbs of cement per cubic yard of concrete.
It depends on the strength you need. The content is measured in sacks (94lbs per sack) per cubic yard. example: 5.5 sack mix = 5.5 sacks per cu.yd. shich is about a 2500-3000 lb mix.
5 sacks of cement per 1 yard of concrete
The strength of concrete on the 28th day is considered full strength with regard to the engineering calculations for its use. Concrete continues to get hard for 100 years or more, as long as it has water on it now and then. For a 6-sack concrete mix, its 28 day compressive strength should be at 4,000 psi or greater.
4500
The answer is, remarkably, 6. Answer: "6 sack" or "6 bag mix" has six bags of cement per cubic yard of concrete mix. Since each sack/bag contains 94 lbs of dry cement, this equals 564 lbs of cement per cubic yard of concrete.
4&1/2 sack type 1 type 2 mix is quite standard in the industry but 5 sack mix is very common also. the higher the sack mix the greater the concrete breaking strength.
It depends on the strength you need. The content is measured in sacks (94lbs per sack) per cubic yard. example: 5.5 sack mix = 5.5 sacks per cu.yd. shich is about a 2500-3000 lb mix.
There are different concrete mixes and the will depend on which mix it is. The material ratio will remain the same whatever the volume is.
5 sacks of cement per 1 yard of concrete
Lean mix concrete is used for substructures like foundations,piles,etc.,Ready mix concrete is used for superstructures and also for mass construction.Generally, quality of ready mix concrete is good when compared to the lean mix concrete.Workability of lean mix concrete is high when compared to RMC.
With a fixed amount of cement in a unit volume of concrete, the strongest and most impermeable concrete is one that has the greatest density, i.e., which in a given unit volume has the largest percentage of solid materials. The use of the absolute minimum quantity of water required for proper placement ensures the greatest strength from the concrete.
The strength of concrete on the 28th day is considered full strength with regard to the engineering calculations for its use. Concrete continues to get hard for 100 years or more, as long as it has water on it now and then. For a 6-sack concrete mix, its 28 day compressive strength should be at 4,000 psi or greater.
That will depend on the thickness (depth) of the concrete.
3000 psi 3500?
aggregates are used to concrete for following purposes: 1.if totally binding materials like cement is used in concrete, the cost of concrete will be high which is uneconomical. 2.to prevent high shrinkage of concrete mix fine aggregates are used. 3.to increase the volume of concrete mix aggregates are used.