Candles

Candle Wax & Fragrance Load Calculator

Estimate wax and fragrance oil amounts for container candle batches.

Useful for candle makers planning small batches, test pours, gifts, or craft-market inventory.

Free calculator Defaults are prefilled so the estimate appears immediately.

Your Estimate

6.88 oz

Wax per candle 6.88 oz
Batch wax 41.28 oz (1170.27 g)
Fragrance oil 3.3 oz total

Formula Used

wax weight = container volume x wax density; fragrance = wax weight x fragrance load

  • Soy wax density (0.86): Planning estimate for ounces by weight per fluid ounce of container volume.
  • Percent divisor (100): Converts a user-entered percent into a decimal multiplier.

What is candle wax & fragrance load calculator?

A candle wax calculator estimates how much wax and fragrance oil to prepare for a batch. Container volume is not the same as wax weight, so the calculator applies a density estimate before calculating fragrance load.

How to use this calculator

  1. Enter filled container volume.
  2. Select wax type.
  3. Enter fragrance load recommended for your wax and oil.
  4. Multiply by the number of candles in the batch.

How is it calculated?

Formula

wax weight = container volume x wax density; fragrance = wax weight x fragrance load

What The Constants Mean

  • Soy wax density (0.86): Planning estimate for ounces by weight per fluid ounce of container volume.
  • Percent divisor (100): Converts a user-entered percent into a decimal multiplier.

Six 8 fl oz soy candles at 8% fragrance load need about 41.28 oz wax and 3.3 oz fragrance oil.

Common mistakes

Do not assume every 8 fl oz jar holds 8 oz of wax by weight. Fragrance load limits depend on wax, fragrance oil, wick, vessel, and testing.

FAQ

Is fragrance load based on wax weight?

Yes. Fragrance oil is commonly calculated as a percentage of wax weight.

Can I use any fragrance percentage?

No. Follow the wax and fragrance supplier's tested limits.

Does wick size come from this calculator?

No. Wick sizing requires burn testing with your vessel, wax, and fragrance.

Why is wax density estimated?

Different waxes and temperatures vary, so this is a planning estimate.

Sources