Beeswax Wrap Ingredient Calculator
Beeswax wraps are made by melting beeswax, pine resin and an oil (often jojoba) onto cotton fabric. Ratios vary by recipe, but around 5 g wax, 2.5 g resin and 1 g oil per 100 cm² is a common starting point — resin adds tack and flexibility, oil adds softness.
Your numbers
Beeswax needed
52.5g
Resin needed
26.3g
Oil needed
10.5g
Formula
Beeswax needed = Fabric width × Fabric height ÷ 100 × Beeswax per 100cm², Resin needed = Fabric width × Fabric height ÷ 100 × Resin per 100cm², Oil needed = Fabric width × Fabric height ÷ 100 × Oil per 100cm²
This ratio is a rough average across DIY recipes, not a fixed standard. Test a small swatch first and adjust the ratio to the tack and flexibility you want.
What to enter
| Input | Default | Accepted range |
|---|---|---|
| Fabric width (cm) | 30 | 5 and up |
| Fabric height (cm) | 35 | 5 and up |
| Beeswax per 100cm² (g)Beeswax used to coat 100 square centimetres of fabric; this varies by recipe. | 5 | 0.5 ~ 15 |
| Resin per 100cm² (g) | 2.5 | 0 ~ 10 |
| Oil per 100cm² (g) | 1 | 0 ~ 5 |
Step by step
Quick reference table
Results when only Fabric width (cm) changes and everything else stays put.
| Fabric width (cm) | Beeswax needed (g) | Resin needed (g) | Oil needed (g) |
|---|---|---|---|
| 15 | 26.3 | 13.1 | 5.3 |
| 22.5 | 39.4 | 19.7 | 7.9 |
| 30 | 52.5 | 26.3 | 10.5 |
| 45 | 78.8 | 39.4 | 15.8 |
| 60 | 105 | 52.5 | 21 |
What each result means
| Result | At default values |
|---|---|
| Beeswax needed (g) | 52.5 |
| Resin needed (g) | 26.3 |
| Oil needed (g) | 10.5 |
Common mistakes
This ratio is a rough average across DIY recipes, not a fixed standard. Test a small swatch first and adjust the ratio to the tack and flexibility you want.
Frequently asked questions
QHow is Beeswax Wrap Ingredient Calculator calculated?
Beeswax needed = Fabric width × Fabric height ÷ 100 × Beeswax per 100cm², Resin needed = Fabric width × Fabric height ÷ 100 × Resin per 100cm², Oil needed = Fabric width × Fabric height ÷ 100 × Oil per 100cm² — Beeswax wraps are made by melting beeswax, pine resin and an oil (often jojoba) onto cotton fabric. Ratios vary by recipe, but around 5 g wax, 2.5 g resin and 1 g oil per 100 cm² is a common starting point — resin adds tack and flexibility, oil adds softness.
QCan you walk through an example?
With Fabric width 30cm, Fabric height 35cm, Beeswax per 100cm² 5g, Resin per 100cm² 2.5g, Oil per 100cm² 1g, the answer is Beeswax needed 52.5g.
QWhat do I need to enter?
Enter Fabric width, Fabric height, Beeswax per 100cm², Resin per 100cm², Oil per 100cm². The result recalculates as you type, and an empty box counts as zero.
QHow much does the answer move if I change a number?
Changing only Fabric width (cm) moves the answer to Fabric width (cm) 15 → Beeswax needed (g) 26.3 and Fabric width (cm) 60 → Beeswax needed (g) 105. The table below lays out five steps.
QHow are the numbers rounded?
Money is shown to the nearest whole unit, percentages to one decimal place and everything else to two. What you see is rounded; the calculation itself carries the unrounded value forward.
QAnything to watch out for?
This ratio is a rough average across DIY recipes, not a fixed standard. Test a small swatch first and adjust the ratio to the tack and flexibility you want.
Related calculators
Materials differ in density and absorption. If your label states a figure, use it — the defaults here are only common values.