Choosing a candle wax: soy, paraffin, beeswax, coconut and blends compared
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Choose your wax by the candle you are making first, then by how it behaves, and last by what you want to say on the label. For a container candle, a soy container wax or a coconut blend is the usual start; for a pillar or votive that stands on its own, you need a harder wax with a higher melt point, such as a pillar paraffin or beeswax. Every wax below is described with figures from FAO, a patent or a named supplier data sheet, labeled as that source's figure. Use the comparison table to narrow the field, then read your chosen wax's own data sheet, because that sheet governs your candle.
Start with the candle you are making
Two questions settle most of the choice before you compare anything else.
Does the candle stand on its own? A container candle burns inside a jar or tin, so the wax only has to hold its shape at room temperature and cling to the glass. A pillar, votive or taper has no container, so the wax must be hard enough to hold its shape while the top of the candle is melting. That is why container waxes melt lower than pillar waxes. Golden Brands GW 464, a soy container wax, lists a melt point of 113 to 119°F as published by its seller Voyageur Soap & Candle [1]. Beeswax melts at 61 to 66°C (about 142 to 151°F), most commonly 62 to 65°C, according to FAO [2]. Melt point and heat tolerance have their own page.
What will you claim? If you want to sell a "soy" or "beeswax" candle, you are choosing a wax whose composition you can document. A blend that contains paraffin can be an excellent candle, but it changes what you can truthfully print. Claims are covered on what you can claim about your candle.
If you are making your first container candles, the kinds of candles and why containers are the usual first project are compared on the candle types page.
The five waxes side by side
Each figure in this table is the named source's figure for that specific product or material. It is not a general fact about the wax type, and the next product in the same category can differ.
| Soy container wax | Paraffin | Beeswax | Coconut blend | Other blends | |
|---|---|---|---|---|---|
| Example used here | GW 464 [1]; CandleScience SimplySoy [3] | FAO range for paraffins [2]; a fully refined grade from DistrEbution [4] | FAO pharmacopoeia ranges [2] | CandleScience coconut apricot [5] | Supplier-specific; read the sheet |
| What it is | Hydrogenated soybean oil with additives; GW 464 is "an advanced blend of soy bean oil and specialized soy-based additives" [1] | Refined petroleum wax | Wax secreted by honey bees, rendered from comb | Soy, coconut, apricot and paraffin, percentages not given [5] | Varies |
| Melt point | GW 464: 113 to 119°F [1]; SimplySoy: 122 to 128°F [3] | Most paraffins 48 to 68°C (118 to 154°F) [2]; the DistrEbution grade 58 to 60°C [4] | 61 to 66°C, commonly 62 to 65°C [2] | No sharp melt point; a long softening range [5] | Varies |
| Fragrance load (supplier figure) | GW 464: recommended maximum about 7 to 9 percent, about 9 percent maximum in the product details [1]; SimplySoy container: 10 percent, 1.6 oz per lb [3] | Product-specific; the CandleScience paraffin container tutorial uses 1 oz per lb of IGI 4630 [6] | Rarely scented; no load given by FAO | Up to 15 percent; 13 percent or less held shape in a 113°F oven [5] | Varies |
| Cure the supplier states | 48 hours before test burning (GW 464) [1]; at least two days for throw (SimplySoy) [3] | 3 to 5 days (IGI 4630 in the CandleScience tutorial) [6] | No figure found | Cold throw strong at 24 hours; hot throw tested at 3 days [5] | Varies |
| Frosting | GW 464 "highly frost resistant" [1]; SimplySoy "minimal frosting" [3] | No frosting claim in the sources read | Develops a white bloom of wax crystals that melts away [2] | None seen in testing [5] | Varies |
| Typical use | Containers, tealights | Containers, pillars, votives, depending on grade | Pillars, tapers, rolled and poured candles | Containers | Varies |
Read across a row and the main lesson is that the spread inside one wax type can be as large as the spread between types. Two soy container waxes from two sellers differ by about 9°F at the melt point and by a percentage point or more in fragrance limit. Supplier load limits by wax, and how to convert between percent and ounces per pound, live on how much fragrance oil to use.
What each wax is good at, and what it asks of you
Soy container wax
Soy wax is a common first wax because it is sold in flakes or pastilles that are easy to weigh, and its pour temperatures are moderate (135°F is the suggested start for GW 464 [1]; 160°F for SimplySoy [3]). It asks for patience: it can frost, it can pull away from the glass and leave wet spots, and its throw improves over the first days. The suppliers above publish different cure times for their own soy waxes, which is why no single cure time for soy is given here. What soy wax is made of, and what "100% soy" can mean, are on the soy wax page.
Paraffin
Paraffin is sold in many grades, from soft container waxes to hard pillar waxes, and is used in pillars, votives and many blends. CandleScience chose a paraffin for one of its container tutorials "due to its ability to achieve vivid colors and throw fragrance quite well" [6]. That is a supplier's description of its own product, not a comparative test. Grades, refining and the health claims made against paraffin are on the paraffin page.
Beeswax
Beeswax melts higher than most paraffins, so FAO notes that beeswax candles stay straight at higher room temperatures, and that they are less likely to drip when the wick is sized correctly for the diameter [2]. Its natural color varies from shades of yellow to darker, depending on how it was rendered [2], and it is harder to wick: CandleScience calls beeswax hard to predict and suggests testing several wick sizes [7]. Purity tests and buying from beekeepers are on the beeswax page.
Coconut and other blends
Blends exist to fix a weakness of one wax with another. CandleScience's coconut apricot wax combines soy, coconut, apricot and paraffin and, in the supplier's own tests, showed no frosting, held up to 15 percent fragrance without sweating, and needed a smaller wick than soy because it is less viscous when melted [5]. The trade-off is in the label: a blend that contains paraffin cannot honestly be sold as paraffin-free. More on coconut wax and blends.
Cost, dated
Wax is usually the cheapest part of a container candle by weight, but the price per pound drops steeply with case size. On October 22, 2026, CandleScience listed SimplySoy at $4.79 for a 1 lb bag, $28.93 for 10 lb and $98.14 for a 45 lb case, which is $2.18 per pound [3]. Voyageur listed GW 464 at CA$13.95 for 908 g, CA$39.75 for 3 kg and CA$184.65 for a 20.45 kg case [1]. Prices for paraffin, beeswax and coconut blends are not given here; check your supplier on the day you buy. Start-up costs are laid out with dates on what it costs to start.
A short way to decide
- Making a first container candle, mostly for gifts: a soy container wax with a published data sheet. You will see wet spots and frosting sooner or later, and both are cosmetic.
- Want smooth tops and strong throw in a jar, and comfortable printing "blend" on the label: a coconut blend or a paraffin-soy container blend, from a supplier that publishes test data.
- Pillars and votives: a pillar paraffin or a pillar blend made for molds, or beeswax. Container wax is made too soft to stand on its own.
- Tapers and rolled candles: beeswax or a taper paraffin; see the tapers page.
- Selling as "100% soy" or "pure beeswax": buy from a supplier who will tell you, in writing, what the product contains, and keep that record.
Whichever wax you choose, the claim most often made in marketing, that one wax is cleaner or healthier than another, has no good peer-reviewed comparison behind it. What the research does show is on the candle emissions page.
Why changing wax means changing the wick
Wax type changes how fast molten wax travels up the wick. CandleScience found that its coconut apricot blend is less viscous when melted than pure soy and "generally needs a smaller wick" for the same melt pool [5]. So a wick that worked in one wax is only a guess in another, even in the same jar. When you settle on a wax, the next step is a wick chosen for that wax and that vessel diameter, then a burn test. Start with how to size a wick, and if you have chosen soy, read the soy wax page next.
References
- Voyageur Soap & Candle, Golden Brands GW 464 Soy Container Candle Wax (product page with manufacturer's instructions), undated, read October 22, 2026. https://www.voyageursoapandcandle.com/Golden_Brands_464_Soy_Wax_p/20264.htm
- Food and Agriculture Organization of the United Nations (FAO), Value-added products from beekeeping, chapter 4: Wax, undated, read October 22, 2026. https://www.fao.org/4/W0076e/w0076e12.htm
- CandleScience, CandleScience SimplySoy Artisan Wax (product page), read October 22, 2026. https://www.candlescience.com/wax/candlescience-simplysoy-artisan-wax
- DistrEbution GmbH, Product specification: Paraffin wax, fully refined, 56 to 58°C solidification point (article D10022), version 1.0 EN, April 28, 2026. https://www.distrebution.com/media/pdf/51/59/63/D10132_Paraffin5658_Spezi_ENnDzjDrLHoeX56.pdf
- CandleScience, Lab Notes: CandleScience Coconut Apricot Wax, undated (images dated April 2024), read October 22, 2026. https://candlescience.com/lab-notes-candlescience-coconut-apricot-wax
- CandleScience, Simple Paraffin Containers (video tutorial), updated January 2021, read October 22, 2026. https://www.candlescience.com/learning/simple-paraffin-containers/
- CandleScience, Candle Wick (wick series descriptions), read October 22, 2026. https://www.candlescience.com/candle-wick
