A conversion calculator can make this easy.įill Volume for Various Block Wall Thicknessesīelow are the average fill volumes needed for a 100-square-foot wall based on the thickness of the wall. Divide the final number by 46,656 to find the volume in cubic yards. Multiply the cubic inches of volume for one block by the total number of blocks in the wall to get the total volume in cubic inches. Permissible variation in overall dimensions (width, height, length) of. Step 3: Find the Total Concrete Block Fill Volume Standard and bond beam units mixed on each pallet. Or, use our concrete block calculator to find how many blocks are in your wall. This can be done by counting the number of blocks in the wall, or by getting the square footage of the wall and of the block you want to use and dividing the total square footage of the wall by the square footage of the block.įor an 8 x 16 block, this is 0.89 sq ft. Nominal Size: 6 x 8 x 16 (see description for further information) Actual Size: (140mm x 190mm x 390mm) Quantity per pallet: 156 Unit Price: 8. The next step is to find the number of blocks in the wall. 6 concrete block used for load bearing applications. Step 2: Find the Number of Blocks in the Wall Use our volume calculator to simplify this process. Concrete Block can be used in construction of foundations or above-grade masonry walls. To get the most accurate volumes, always measure each area on the block yourself, and use those measurements when doing the calculation. You may also have a block with custom web and shell measurements, which can change the total volume. Keep in mind that CMU measurements are nominal, meaning that they are often slightly smaller than their given measurements to account for the mortar between them. Multiply the new width and length by the height of each block to get the cubic inches for that block: In a block that measures 8″ x 8″ x 16″, this will look like: You will divide the total length by the number of cells. You will also need the number of cells, with two being standard. Measure the thickness of each one, then subtract the width of the shells from the width and the width of the webs from the length of each block. The standard size for a CMU is 8″ x 8″ x 16″, but there are many variations.Įach CMU is made up of two “shells” along the front and back and two to three “webs”, which run from the front to the back of the block. To get the volume of each block, begin by getting its total size in inches. Whether for residential, commercial, or industrial applications, the availability of various precision concrete block shapes and sizes ensures that builders can find the right components to meet their specific construction needs.Step 1: Find the Volume of Each Block Void These different concrete block shapes and sizes allow architects and builders to experiment with various design possibilities adding a unique and attractive architectural element to structures while still benefiting from the strength and durability of concrete as a building material.

In addition to the standard rectangular blocks, precision concrete blocks come in different shapes to offer more design flexibility. These diverse sizes allow builders to create walls and structures that cater to specific requirements, whether it's for load-bearing walls, decorative facades, or landscaping features. For example, some blocks are larger, measuring 12 inches in height or 24 inches in length, while others may be smaller, such as 4x8x16 blocks. However, to accommodate different design needs, precision concrete blocks are manufactured in various other sizes and shapes. These standard blocks are known as '8x8x16' blocks and are the foundation for many construction projects. Standard concrete blocks typically measure 8 inches in width, 8 inches in height, and 16 inches in length. The most common shape for precision concrete blocks is the rectangular shape, which is available in various dimensions. Precision concrete blocks, also known as concrete masonry units (CMUs), come in a variety of shapes and sizes, making them a versatile building material widely used in construction.

6x8x16 concrete block