Candle Wax Types & Melting Points: The Complete 2026 Guide

Soy, paraffin, beeswax, coconut, palm — candle wax comes in more varieties than most shoppers realise, and each one melts, burns, and throws scent differently. Understanding these differences is useful whether you're buying a candle for the first time or making your own: it explains why some candles feel "cheap" and others feel like an investment, and why the same scent can smell completely different in two different waxes. This guide compares the main candle wax types, their melting points, and what each one is actually good for.

Written by Lesley Landels, Director of Love Scottish, where every candle is hand-poured in our Hawick studio.

Comparing Candle Wax Types: Melting Points at a Glance

"Melting point" describes the temperature at which a solid wax turns liquid. It's not just a technical detail — it affects how a candle burns, how strongly it throws scent, how it copes with heat in transit, and how it feels to the touch. Here's how the main wax types compare:

Soy Wax

Soy wax is made from hydrogenated soybean oil and has become the preferred choice for home fragrance brands, including our own, thanks to its clean burn and renewable sourcing. Its melting point typically sits between 46°C and 54°C for the softer blends used in container candles, though firmer soy blends made for pillars or wax melts can run as high as 82°C.

A lower melting point generally means better cold scent throw (how much a candle smells unlit) but less structural strength, which is why container candles favour softer soy wax while melts and pillars use firmer blends. Soy wax is also more sensitive to temperature in transit — candles shipped in summer heat can soften — so UK candle makers often adjust their blends seasonally.

Paraffin Wax

Paraffin is the traditional, petroleum-derived candle wax, and it's still widely used because it's inexpensive, holds fragrance oil well, and comes in a range of melting points to suit different candle shapes. Fully refined paraffin typically melts between 54°C and 61°C, giving it enough structure for pillars, votives, and tealights without needing additives.

The trade-off is that paraffin is not renewable, and a poorly matched wick can produce more soot than natural waxes. Many candle makers now blend paraffin with soy or other plant waxes to balance cost, scent throw, and burn cleanliness — UK wax supplier Candle Shack's wax guide has a good breakdown of how mineral and vegetable waxes compare for makers weighing up the trade-offs.

Beeswax

Beeswax has one of the highest melting points of the common candle waxes, at around 62–64°C, which gives beeswax candles a long, slow burn. It has a naturally warm, honey-like scent even unscented, and it's often chosen for candles marketed as natural or minimally processed.

Because it's a natural byproduct of honey production rather than a manufactured wax, beeswax is more expensive and less consistent from batch to batch than soy or paraffin, and its higher melting point means it releases fragrance more slowly than softer waxes.

Coconut Wax

Pure coconut wax has a very low melting point — around 24°C — which makes it too soft to hold its shape as a standalone candle wax. In practice, it's almost always blended with soy or paraffin to add structure. Coconut wax blends are prized for excellent scent throw and a clean burn, but the coconut content adds a noticeable cost premium.

Palm Wax

Palm wax has a naturally crystalline structure that produces a distinctive feathered or frosted look when it sets, which is why it's mostly used for decorative and textured pillar candles rather than everyday container candles. Its melting point, typically 55–71°C, gives it good structural strength. Because of ongoing concerns about palm oil sourcing and deforestation, buyers who choose palm wax candles should look for suppliers using certified sustainable palm wax.

How Melting Point Affects Candle Performance

Burn Quality and Longevity

A wax with a lower melting point liquefies faster, which can lead to a bigger melt pool and stronger scent throw, but also a greater risk of the candle burning unevenly ("tunnelling") if the wick isn't matched correctly. A higher melting point holds its shape better, especially in warm rooms, but usually needs a larger or hotter wick to form a full melt pool.

Scent Throw

Scent throw — both the "cold" throw of an unlit candle and the "hot" throw once it's burning — is heavily influenced by melting point. Softer waxes generally release fragrance more readily, while firmer, higher-melting-point waxes need more heat before they release scent fully. This is one reason the same fragrance oil can smell noticeably different in a soy candle versus a paraffin or beeswax one.

Appearance and Stability

Melting point also affects how a candle looks. Waxes with a well-matched, stable melting point tend to set with a smoother surface and are less prone to "frosting" — the white, crystalline bloom that can appear on natural waxes like soy, especially in cooler storage conditions. This is a natural characteristic of plant waxes rather than a fault, but it does affect a candle's shelf appeal.

Shipping and Storage

Softer, lower-melting-point waxes are more prone to softening or deforming in warm transit conditions, which is why candle makers shipping internationally, or through hot summer months, often choose a firmer wax blend or add stability with a small amount of additive such as stearic acid.

Choosing the Right Wax for Your Candle

For a home candle buyer, the practical takeaway is simpler than the chemistry: container candles (the kind in a glass jar) generally use softer waxes — soy, coconut blends, or rapeseed — melting in the 46–54°C range, chosen for scent throw and a clean burn. Pillar candles, votives, and wax melts need a firmer wax — paraffin, beeswax, palm, or a firmer soy blend — typically melting from the mid-50s up to 80°C+, chosen for structural strength.

You can see this difference across our own range: our soy wax candles use a softer blend suited to container burning, while our wax melts use a firmer blend designed to hold its shape in an oil burner.

How Love Scottish Chooses Wax for Our Candles

Every candle, wax melt, and reed diffuser we sell is hand-poured in our Hawick studio using natural soy wax, chosen for its clean burn and renewable sourcing. We use a softer soy blend for our container candles to maximise scent throw, and a firmer blend for our wax melts so they hold their shape in a burner. If you're comparing wax types for your own candle making, our candle accessories collection has the thermometers and wick trimmers you'll need for testing melt points at home.

Whichever wax you choose, the melting point is one of the clearest indicators of how a candle will perform — not just how it looks on the shelf. If you'd like to try a soy wax candle hand-poured in the Scottish Borders, you can browse our full range and shop our seasonal scents.