Here at Big D Ready Mix Concrete , we have a team of professionals who are experienced enough to assist you with all your residential and commercial concrete needs and provide construction services to help you with all types of projects. Our professionals can provide you with personally tailored high-strength wall mixes for your residential or business needs. If you have any other questions related to concrete, you can get in touch with us.
You can call at or contact us online , and one of our professional experts will make sure that your questions are answered. For more such tips and tricks related to concrete, you can also visit our blog. We are the number one supplier of ready-mix concrete in Dallas, TX.
Our Certifications. Big D Ready Mix Concrete has been serving clients in the Dallas, TX area since , with over utility mixes, high-strength wall mixes, exposed aggregate mixes, flexural strength mixes, stamp concrete mixes, flowable fill mixes, grout mixes, and trailer pump mixes.
Facebook Twitter Instagram Facebook Twitter Instagram. Step 1 You need to start with measuring the total length and the width of your area that you need to cover in concrete. Looking for the best ready mix concrete supplier in Dallas, TX?
Need to figure out how many bags of concrete for post holes or sonotube footings? A dry yard of concrete weighs about lbs and needs 32 to 34 gallons of water. This is the ultimate guide for deciding whether ready-mix or bagged concrete is best for your project. Quick Navigation. If you multiply 3 x 3 x 3 it equals For our metric friends, a meter of concrete is different from a yard.
A meter is 3. The size or weight of a bag or container of concrete determines its volume or cubic measurement. Smaller volumes are commonly used for repairs or crafts, while larger bags are more project-oriented. Bags of concrete contain cement, sand, and stone or gravel.
The ratio of each affects the weight and coverage, as does the thickness. The table below gives the cubic foot measurement of some of the commonly available weights of concrete.
The number of bags of concrete mix required to make a yard of concrete depends on the size of the bags being used. It should be noted that whole bags would be used, so round up for the whole bag count. To arrive at the amount, divide the cubic footage required by the amount one bag contains. Divide the irregular shape into a series of regular rectangles and determine the area for each rectangle in the series. Use the table above to calculate how many cubic yards of concrete would be needed for each rectangle in the series.
For radius work, sketch a rectangle around the radius area and use the length and width of the rectangle to estimate the square footage of the radius area. Use this calculator from Calculator. The calculator will estimate the number of cubic yards of concrete that will be required to fill a space as defined by your construction parameters. The calculator will display the number of cubic yards required. After about 36 hours, most of the hydration process is complete, but the cement will continue to cure as long as water and unhydrated compounds are present.
While the process can take years, strength tests are typically done after 28 days. It's important to use the right amount of water. Too much makes for weaker concrete.
However, too little makes the mix hard to pour. The best mix is a compromise between strength and workability. From Cement To Concrete While cement and water are the active components, it's not economical to use them alone. Instead, aggregates are added to increase the volume and tailor the concrete to its final use. Typically, 60 to 80 percent of the concrete is aggregate. In most cases, the aggregates are sand and gravel.
When sand is used alone, the result is mortar. When both are present, the result is concrete. However other aggregates might be used depending on the required characteristics of the cured mix. For example, vermiculite or perlite aggregates produce a lightweight concrete that has good insulating properties and can be easily sawn. Improving Performance Concrete suppliers often use additives, called admixtures, to alter or improve the qualities of the mix for a specific application.
When it's important to have a workable concrete that pours easily without adding extra water, a mineral additive such as fly ash is added. Alternatively, superplasticizers are used to improve workability while increasing strength because less water is required. Retarding and accelerating admixtures are used to alter curing time as necessitated by climatic conditions. To help remedy this, air-entraining agents are added. These admixtures create a dispersion of very fine air bubbles that cushion the concrete against the effects of freezing water.
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