The specific gravity of ceramic tile is 2.50.
Understanding Specific Gravity
Specific gravity is a measure that compares the density of a substance to the density of a reference substance, usually water at 4°C. It is a dimensionless quantity. A specific gravity of 2.50 means that ceramic tile is 2.50 times denser than water. This value helps in material characterization, design, and construction applications.
Specific Gravity Values in Construction Materials
Here's a table showcasing the specific gravity of some common materials, including ceramic tile, as found in the reference:
| Material | Specific Gravity |
|---|---|
| Cement | 2.63 |
| Fine Aggregate | 2.65 |
| Crushed Ceramic Tile | 2.50 |
Importance of Specific Gravity
Specific gravity is crucial in various fields:
- Material Science: It helps identify and characterize materials.
- Construction: It plays a role in mix designs for concrete and other building materials.
- Engineering: It is used in calculations related to material strength and stability.
Practical Applications
- Calculating Weight: Knowing the specific gravity, you can easily calculate the weight of a given volume of ceramic tiles.
- For instance, if you have one cubic meter of ceramic tile, knowing it has a specific gravity of 2.50 allows you to calculate its mass.
- Mixture Proportions: In construction, specific gravity helps determine the correct proportions of materials for mixes, such as using crushed ceramic tile as a substitute for aggregate.
- Quality Control: Checking the specific gravity of materials helps ensure they meet quality standards.
The specific gravity for ceramic tile provided in our reference is 2.50, which is a useful value for many applications in the construction and material science sectors. This information is not theoretical; it is based on an actual measurement of crushed ceramic tiles.
