Stay Plugged In With Canon
Latest News & Updates

Creating soy wax tea lights that burn evenly starts with choosing the right wax and wick combination. Soy wax offers clean burning and a smooth surface, but its melting point varies by brand. Begin by selecting a wax rated for tealight molds and a wick designed for small, flat bottoms. Trim wicks to about one-quarter inch above the wax and center them carefully using a wick holder. Proper temperature control is essential; pour when the wax is around 170 degrees Fahrenheit to minimize air pockets and sinking. Add color or fragrance sparingly to avoid overpowering scents that can shorten burn time. Test burn several samples before committing to a batch for events, ensuring consistent flame height.

In addition to wick choice, we recommend standardizing the mold size and measuring the wax precisely. Tealight cups are usually around 1 inch in diameter and 1.5 inches tall, which influences burn time and scent throw. Using a small thermometer helps you monitor temperatures; cool the wax gradually to prevent surface cracking. When adding fragrance, aim for a light percentage—generally 6–8 percent of the wax weight—to preserve burn duration and avoid overtly strong aromas. Stabilize the temperature during pouring to reduce sweating or frosting on the surface. Label each batch with date and fragrance so you can reproduce consistent results for events and home use alike.

Consistency begins with selecting a wick system designed for tea lights and the specific wax you are using. For soy, a slightly larger wick than expected can help maintain a stable flame in cooler rooms, while a wick that is too thick might drown the flame. After sealing the cups, allow the wax to cure for a day or two; this helps the fragrance bind and reduces post-pour sinking. A level surface is essential, so set the cups on a flat, steady board during drying. If you notice frosting, don’t panic—this is normal in soy wax and can be minimized by keeping a uniform ambient temperature. Proper curing also improves burn time and reduces tunneling.

When testing burn performance, light a test tealight in a controlled environment to observe the daily burn rate and flame stability. Note how long the candle lasts before significant shrinkage occurs and whether the flame maintains a steady pool of melted wax. If tunneling appears, slightly adjust the wick height or choose a different wick type for future pours. Store the finished candles away from drafts and heat sources, as these can affect burn characteristics during events. Compile a brief log for each fragrance and wax blend, including melt pool depth, flame height, and burn duration.

Forecasting burn time begins with calculating an approximate melt pool and fuel load per tealight. A typical tea light holds about 0.7–0.9 ounces of wax, depending on the cup and wick. With soy, you can expect a burn time around 3.5–5 hours per candle if you keep fragrance low and prevent tunneling. To balance fragrance, start with a conservative ratio and adjust after testing—higher concentrations can lead to faster burnout or odor fatigue in small spaces. Consider using a cotton wick for clean burning and minimal soot. If you’re offering these at events, label the scent strength and provide a small info card to help guests understand the burn time and safety guidelines.

For events and home use alike, consistent burn quality hinges on pour temperature, fragrance load, and curing practices. Maintain a steady room temperature during production and drying to reduce surface imperfections. Use a thermometer to keep pours within a narrow range, and avoid adding fragrance near the pour temperature if your wax is nearing the fragrant threshold. Post-pour, cover the cups with a light lid or leakage guard to moderate scent diffusion. Recording batch numbers and testing results aids in reproducing reliable performance for all future batches, adding professionalism to your candle program.

To achieve an even surface, consider a two-step cooling approach: pour at the recommended temperature, allow a thin surface to set briefly, then move to a cooler area to finish curing. This method helps reduce surface frosting and small craters. The wick should remain centered and upright throughout the setting process; a slight tilt can cause an uneven burn pool. If you see air bubbles during pouring, gently jiggle the mold or tap the tray to release them. A level workspace prevents uneven wax distribution, which translates to more predictable burn times across batches destined for events or home use.

For a steady flame, ensure the candle design supports proper air flow and wick behavior. Avoid overloading with fragrance, which can cause an unstable flame or sooty residue. Consider testing with a slightly larger wick if the flame suffocates in draft-prone spaces, and then confirm the burn time again with a controlled burn session. Maintain clean wicks by trimming to the recommended height before each lighting. By implementing these adjustments, you create tea lights that perform consistently under varied conditions, making them dependable for gatherings and daily enjoyment alike.

Safety begins with using heat-safe containers and placing tea lights on non-flammable, level surfaces away from drafts. Always keep a close watch during initial burns and remind users not to leave candles unattended. Label ingredients clearly, including fragrance notes and any colorants, so people with sensitivities can make informed choices. Proper storage is essential: keep unused wax sealed, away from heat, and in a cool, dry location. When presenting tealights for events, consider pairing them with a simple, reusable lid or holder that protects the wax and makes handling easier for guests. Thoughtful packaging can elevate the perceived value and ensure safe transport to venues.

In addition to safety, presentation adds appeal for event planning and home setups. Group tealights by scent family to help guests navigate choices and create harmonious table arrangements. If you offer decorated cups or seasonal colors, maintain a cohesive aesthetic across all batches. A straightforward display—cards with burn time, cautions, and scent profiles—helps hosts decide which candles fit their mood or décor. For home use, a small desensitized fragrance level works well for everyday ambiance, avoiding overpowering spaces while still delivering a pleasant aroma.

Scaling from hobbyist to reliable producer involves standardizing batches, documenting every variable, and systematically testing. Create a simple protocol for wax-to-wick ratios, fragrance percentages, pour temperatures, and cure times. Use a consistent mold size for tealights and invest in high-quality wicks that suit your chosen wax. Develop a testing schedule that includes light, medium, and heavy use scenarios, recording outcomes for each batch. As you expand, build a small library of recipes, noting which combinations perform best. This framework keeps your process organized and ensures that both events and home use benefit from dependable burn times.

Finally, refine your workflow by gathering feedback from testers and clients. Track how long each tealight burns in different environments and adjust accordingly. Emphasize reproducibility—recreate top-performing batches from memory or with precise measurements to ensure consistency over time. By maintaining discipline in measurement, curing, and testing, you can deliver soy tea lights with predictable performance, whether they’re used for intimate gatherings, formal events, or quiet evenings at home. This approach builds trust and makes your candle line sustainable and scalable.