Gel Wax

Gel candle wax isn’t a typical wax at all, it’s a mineral oil-based gel made stable by a polymer resin. This material gives it the density and shine needed for transparent container candles.

Ingredients in Gel Wax

Most gel wax options use a blend of mineral oil and thermoplastic polymer. This base gives the gel its clarity, firmness, and ability to suspend decorative elements. Some versions include additives that alter firmness or scent load capability.

How Gel Differs from Paraffin and Soy Waxes

Unlike paraffin or soy wax, gel wax doesn’t frost, doesn’t shrink much as it cools, and doesn’t require preheating containers. It also burns slower due to its density. While soy and paraffin hold scent in different ways, gel needs careful scent testing to avoid performance issues. Flash point matters more with gel wax than with other types, fragrance oils used must meet safe temperature thresholds.

Gel wax offers creative flexibility, but it also requires attention to detail. It’s best used in containers made of heat-resistant glass, and not intended for pillar molds or freestanding forms.

Pros and Limitations of Gel Wax

Clear gel wax can deliver a longer burn and eye-catching clarity. It suspends safe decorative items without the need for layering in separate pours. That said, not every fragrance oil is compatible. Lower flash points can trigger safety issues, and wick sizing may take more trial-and-error compared to other waxes.

Safety Considerations and Warnings

Always choose fragrances with a flash point above 170°F when using gel candle wax. Avoid botanicals, glitter, or anything that could ignite. Only use containers rated for high heat. Proper wick centering and trimming helps minimize soot and extends burn life.

Creating a stable, clean-burning gel candle depends on using the right components together. Every supply listed here has been selected to match gel's unique properties.

Gel Candle Wicks and Why They Matter

Not all wicks work in gel wax. Look for wicks made specifically for high-viscosity waxes, they burn hotter and help maintain a clean melt pool. Using the wrong wick can cause tunneling or incomplete burns.

Containers That Work Best with Gel Wax

Choose thick-walled glass containers that handle heat well. The clear finish of gel works best in transparent jars to show off layers or suspended objects. Avoid metal tins or anything with paint or coating inside.

Optional Additives for Customization

Gel wax can be tinted with liquid dyes designed for transparent wax types. Be sure to test for clouding or color separation. Additives for stiffness or enhanced scent throw exist but should be tested in small batches first.

Whether testing a single candle or producing batches, having the right quantities makes a difference in consistency.

Gel Candle Kits for Beginners

Starter kits offer a simple way to learn how gel reacts to temperature, scent, and wick choices. These sets usually include pre-measured gel, approved wicks, and containers that hold up under heat.

Bulk Gel Wax and Wholesale Options

For larger batches, bulk gel wax gives better cost control and batch-to-batch consistency. Wholesale supplies also streamline reordering of wicks, containers, and additives.

• Pour gel wax between 180°F–200°F to reduce bubbles
• Use a wick bar to keep your wick straight and centered while cooling
• Let candles cure for 24–48 hours before test burning
• Choose only high-flash-point fragrance oils (above 170°F) for safety
• Avoid layering with incompatible waxes, gel behaves differently than soy or paraffin