What is Angle Weight Calculator?

This Angle Weight Calculator helps users calculate the weight of an angle based on its dimensions and the material used. It’s designed to be easy to use, responsive, and full-width, ensuring compatibility with WordPress themes.

What Does Angle Weight Calculator Do?

Calculates the weight of an angle (a structural steel component often used in construction) based on its length, dimensions, and material type.

Automatically adjusts the calculation based on the selected material’s density.Displays the result in kilograms (kg).

Inputs Required:

You need to fill in the following fields:

1. Length (m):
   • The total length of the angle in meters.
   • Example: If your angle is 2.5 meters long, enter “2.5”.
2. Width of Flange (mm):
   • The width of one flat side (flange) of the angle in millimeters.
   • Example: If the flange width is 50 mm, enter “50”.
3. Width of Web (mm):
   • The width of the other flat side (web) of the angle in millimeters.
   • Example: If the web width is 75 mm, enter “75”.
4. Thickness (mm):
   • The thickness of the angle’s material in millimeters.
   • Example: If the thickness is 6 mm, enter “6”.
5. Material Selection:
   • Use the dropdown menu to choose the material. The available options include:
     • Mild Steel (7850 kg/m³)
     • Cast Iron (7200 kg/m³)
     • Wrought Iron (7700 kg/m³)
     • Aluminum (2700 kg/m³)
     • Copper (8940 kg/m³)
     • Brass (8500 kg/m³)
     • Stainless Steel (8000 kg/m³)
   • The density value automatically updates based on your choice.
6. Material Density (kg/m³):
   • This is pre-filled based on the material you select. You don’t need to edit it manually.

How Angle Weight Calculator Works?

The calculator uses the following formula:

Weight (kg) = Cross-sectional area × Length × Density

• Cross-sectional area: Calculated as ((Flange + Web) - Thickness) × Thickness (in mm²).
• Length: Entered by the user in meters.
• Density: Based on the material selected from the dropdown.

The area is converted from square millimeters (mm²) to square meters (m²), and the volume is calculated in cubic meters (m³). The final weight is derived by multiplying the volume by the material’s density.

Example Calculation:

1. Length: 2 meters
2. Width of Flange: 50 mm
3. Width of Web: 75 mm
4. Thickness: 6 mm
5. Material: Mild Steel (7850 kg/m³)

Steps:

1. Cross-sectional area: ((50 + 75) - 6) × 6 = 744 mm²
2. Volume: 744 × 2 × 10⁻⁶ = 0.001488 m³
3. Weight: 0.001488 × 7850 = 11.68 kg

Result: The weight of the angle is 11.68 kg.

Other Caclulators:

Benefits of This Angle Weight Calculator:

Saves time by automating calculations.

Offers pre-set densities for common materials.

Designed for use in construction, engineering, and manufacturing industries.

Conclusion

The Angle Weight Calculator is a versatile and user-friendly tool designed to help users accurately calculate the weight of angles based on their dimensions and material properties. It simplifies complex manual calculations by automating the process and providing instant results.

This calculator is especially beneficial for professionals in construction, manufacturing, and engineering who need precise measurements for project planning, material procurement, or cost estimation.