Home Back

8x12x16 Concrete Block Calculator


8x12x16 Concrete Block Calculator










Note:The general thickness of mortar is 1cm.












8in x 12in x 16in Concrete Block



Dimension Conversion

8 inches (in) = 203.2 millimeters (mm)

12 inches (in) = 304.8 millimeters (mm)

16 inches (in) = 406.4 millimeters (mm)

Therefore, the dimensions of the 8inx12inx16in concrete brick can be converted to 203.2mmx304.8mmx406.4mm.


Specification Classification of Concrete Bricks

Concrete bricks can be classified based on their size and weight. In the series of concrete bricks, those with a height greater than 115mm but less than 380mm are considered small, those with a height of 380~980mm are considered medium, and those with a height greater than 980mm are considered large. According to this classification standard, the 8inx12inx16in (i.e., 203.2mmx304.8mmx406.4mm) concrete brick can be categorized as a large concrete brick.


Characteristics of Concrete Bricks

Concrete bricks are lightweight, have good thermal insulation properties, excellent sound absorption, and possess certain strength and processability. These characteristics make concrete bricks widely used in the construction industry.


Application Scenarios

Due to their large size and excellent physical properties, 8inx12inx16in concrete bricks are suitable for various construction scenarios, such as wall filling and thermal insulation layers. However, specific application scenarios need to be determined according to architectural design requirements and construction conditions.


Precautions

When selecting and using concrete bricks, ensure that their quality meets relevant standards and requirements.

During the construction process, follow relevant construction specifications and operational procedures to ensure construction quality and safety.

Weight of Concrete Block

W x H x L(in) Description App. Weight (lbs) Units per Cube
2″ Concrete Block
2x4x8 Concrete Brick Solid 5 720
2x8x16 2” Concrete Solid Block (Soap Block) 17 240
3″ Concrete Block
3x8x16 3” Concrete Solid Block 25 162
4″ Concrete Block
4x8x16 4” Concrete Line Block 26 150
4x8x16 4” Concrete Solid Block 32 120
4x4x16 4x4x16 Concrete Solid Block (Slug Block) 17.5 216
4x8x16 4” Concrete Interlocking/Return Corner Block 34.6 120
4x8x16 4” Haydite Line Block 19 150
4x8x16 4” Haydite Solid Block 25 100
6″ Concrete Block
6x8x16 6” Concrete Line Block (Window Corner/Jam mixed in cube) 32 120
6x8x16 6” Concrete Solid Block 51 72
6x8x16 6” Concrete Solid Top Block 35 90
6x8x8 6” Concrete Half Corner Block 16
6x8x16 6” Concrete Interlocking/Return Corner Block 36 90
6x8x16 6” Haydite Line Block (Window Corner/Jam mixed in cube) 24 144
8″ Concrete Block
8x8x16 8” Concrete Line Block (Window Corner/Jam mixed in cube) 38 90
8x8x16 8” Concrete Solid Top Block 51 60
8x8x16 8” Concrete Open Bottom Bond Beam 40 90
8x8x16 8” Concrete Double End Corner Block 44 90
8x8x8 8” Concrete Half Corner Block 24.6 180
8x8x16 8” Concrete Floor Slab Block (L Block) 51 72
8x8x16 8” Concrete Sold Bottom Bond Beam 50 90
8x4x16 8” Concrete Half High Block 21 180
8x8x16 8” Concrete Split Face Block 44 90
8x8x16 8” Concrete Split Face Corner Block (1 Side + 1 End) 50 90
8x8x16 8” Haydite Line Block (Window Corner/Jam mixed in cube) 28 90
10″ Concrete Block
10x8x16 10” Concrete Line Block 49 67
10x8x16 10” Concrete Solid Top Block 62 72
10x8x16 10” Concrete Double End Corner/Sash Block 55 72
10x8x8 10” Concrete Half Corner Block 28 144
10x8x16 10” Concrete Interlocking/Return Corner Block 54 60
12″ Concrete Block
12x8x16 12” Concrete Line Block 55 55
12x8x16 12” Concrete Solid Top Block 71 48
12x8x16 12” Concrete Double End Corner/Sash Block 62 66
12x8x8 12” Concrete Half Corner Block 33 120
12x8x16 12” Concrete Bond Beam Block 79 48
12x8x16 12” Concrete Interlocking/Return Corner Block 52 72
12x8x16 12” Haydite Bond Beam Block 56 60

Formulas Used:


Step 1: Wall Volume
Formula: Length × Width × Wall Thickness


Step 2: Block Volume
Formula: Block Length × Block Width × Block Height


Step 3: Block with Mortar Volume
Formula: (Block Length + 0.01) × (Block Width + 0.01) × (Block Height + 0.01)
The thickness of the mortar is 1.0cm


Step 4: Number of Block
Formula: Wall Volume / Block with Mortar Volume


Step 5: Total Block Volume
Formula: Number of Block × Block Volume


Step 6: Mortar Volume
Formula: Wall Volume - Total Block Volume


Step 7: Total Mortar Volume with Waste
Formula: Mortar Volume × 1.15


Step 8: Dry Mortar Volume
Formula: Total Mortar Volume with Waste × 1.25


Step 9: Cement Volume
Formula: (Cement Ratio / (Cement Ratio + Sand Ratio)) × Dry Mortar Volume


Step 10: Number of Cement Bags
Formula: Cement Volume / 0.035


Step 11: Sand Volume
Formula: (Sand Ratio / (Cement Ratio + Sand Ratio)) × Dry Mortar Volume


Step 12: Sand Weight
Formula: Sand Volume × 1550 kg


Step 13: Calculat Cost
Formula: Total Cost = Block Cost + Sand Cost + Cement Cost + Worker Cost


Favorite
Concrete Calculator© - All Rights Reserved 2024