Pipe Weight Calculator
Calculate pipe weight using diameter, wall thickness and length
Calculate Pipe Weight
Material density: 7880 kg/m³
Pipe Weight Results
Formula: Weight = π × (R₁² - R₂²) × L × ρ
Where: R₁ = outer radius, R₂ = inner radius, L = length, ρ = density
Volume: 0.000000 m³ (mild steel pipe)
Density: 7880 kg/m³
Load Analysis
Example Calculation
4-inch Steel Pipe
Material: Mild Steel (7880 kg/m³)
Outer Diameter: 114.3 mm (4 inch nominal)
Wall Thickness: 6.02 mm (Schedule 40)
Length: 6 meters
Quantity: 1 pipe
Calculation Steps
Inner diameter = 114.3 - (2 × 6.02) = 102.26 mm
Volume = π × [(57.15)² - (51.13)²] × 6000 = 0.0118 m³
Weight = 0.0118 × 7880 = 93.0 kg
Linear density = 15.5 kg/m
Material Densities
Common Steel Pipe Sizes
Pipe Tips
Check pipe schedule for standard wall thickness
Consider weight for structural load calculations
Use linear density for material estimation
Factor in fittings and joints for total weight
Consider corrosion allowance in calculations
Understanding Pipe Weight Calculations
Why Calculate Pipe Weight?
- •Structural design: Load calculations for supports
- •Transportation: Shipping weight and costs
- •Material handling: Crane capacity planning
- •Cost estimation: Material procurement
- •Installation planning: Equipment selection
Pipe Applications
Pipes serve numerous purposes from simple water transport to complex industrial applications. Understanding their weight is crucial for proper installation, support design, and safety compliance.
Calculation Formula
Volume = π × (R₁² - R₂²) × L
Weight = Volume × Density
Linear Density = Weight ÷ Length
Input Methods
- Outer + Inner Diameter: Direct measurement method
- Outer Diameter + Wall Thickness: Standard specification method
- Schedule Numbers: Industry standard wall thickness
Note: Wall thickness includes tolerances. Actual weight may vary slightly due to manufacturing variations and material specifications.
Pipe Material Categories
Plastic Pipes
PVC, ABS, PE, PP. Lightweight, corrosion-resistant, used for drainage, water supply, and chemical applications.
Steel Pipes
Carbon steel, stainless steel, galvanized. Strong, durable, used for structural, pressure, and industrial applications.
Non-Ferrous
Aluminum, copper, brass. Corrosion-resistant, used for HVAC, plumbing, and specialized applications.