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Bean Bag Filling Calculator

Calculate the exact amount of filling material needed for your bean bag chair with accurate density calculations

Bean Bag Dimensions

The longest dimension of your bean bag

The width dimension of your bean bag

The height when filled

Weight of each package/bag you can buy

Filling Requirements

0.000
Volume (m³)
0.0
Weight (kg)
0
Bags Needed
$0.00
Est. Cost

Calculation: Volume = 0 × 0 × 0 cm = 0.000

Weight: 0.000 m³ × 20 kg/m³ = 0.0 kg

Packages: 0.0 kg ÷ 1 kg/bag = 0.0 bags

Recommendation: Buy 0 bags for complete filling

Example Calculation

Large Adult Bean Bag Example

Bean Bag Size: 90 × 70 × 60 cm (Large Adult)

Filler Type: Polystyrene Beads

Material Density: 20 kg/m³

Package Size: 1 kg per bag

Calculation Steps

Volume = 0.9m × 0.7m × 0.6m = 0.378 m³

Weight = 0.378 m³ × 20 kg/m³ = 7.56 kg

Bags needed = 7.56 kg ÷ 1 kg/bag = 7.56 bags

Result: 8 bags needed (rounded up)

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Filler Material Guide

Polystyrene Beads

Most common, lightweight, affordable, good support

EPS Beads

Lighter than standard, good for large bean bags

Memory Foam

Premium comfort, excellent support, more expensive

Recycled Foam

Eco-friendly, good comfort, moderate pricing

Bean Bag Sizes

Small (Kids)50×40×40 cm
Medium (Teen)70×60×50 cm
Large (Adult)90×70×60 cm
XL (Lounge)120×90×70 cm

Tip: Bean bags compress over time. Buy 10-20% extra filling for future top-ups.

Understanding Bean Bag Filling Calculations

How Much Filling Do You Need?

The amount of filling required depends on three main factors: the size of your bean bag, the type of filling material, and how firm you want it to be. Our calculator uses precise density calculations to give you accurate measurements.

Why Density Matters

  • Different materials have different densities and comfort levels
  • Polystyrene beads are lightweight but provide good support
  • Memory foam is denser but offers superior comfort
  • Proper density ensures the bean bag maintains its shape

Calculation Formula

Weight = Volume × Density

  • Volume: Length × Width × Height (in cubic meters)
  • Density: Material density (kg/m³)
  • Weight: Total filling needed (kg)
  • Bags: Weight ÷ Package weight

Pro Tip: Bean bags lose volume over time. Consider buying 15-20% extra filling for refills.

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