Katrina Rosales
Creating scented candles from perfume is a fun DIY project that can be done at home. However, it's important to note that traditional perfumes may contain ingredients that don't burn properly, so it's best to use fragrances specifically designed for candles. The process involves melting wax, typically around 185°F (85°C), and then slowly stirring in the chosen perfume. The amount of perfume added depends on the desired scent strength and wax volume. After stirring, the scented wax is poured into a container and allowed to cool. During cooling, a wick is placed in the centre, and once the wax is completely solid, the wick is trimmed. It's important to monitor the temperature throughout the process and ensure that the fragrance flashpoint is considered for a safe and effective result.
| Characteristics | Values |
|---|---|
| Wax type | Soy, coconut, paraffin, beeswax, natural waxes |
| Wick type | Zinc core, wooden |
| Wick size | Depends on the container |
| Container | Glass |
| Temperature | 185°F (85°C) |
| Stirring time | 2 minutes |
| Flashpoint | Depends on the fragrance oil, usually below 80°C |
| Scent ratio | 1 ounce of perfume per pound of wax |
| Cooling time | 3-4 hours |
| Wick length | 1/4th of an inch |
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What You'll Learn
Choosing the right wax
Type of Wax
The type of wax you choose will depend on your preference for natural or synthetic waxes. Some popular options include paraffin wax, soy wax, coconut wax, and beeswax. Paraffin wax is a common choice for candle-making and can be found in many stores. It is suitable for use with most fragrances. Soy wax is a natural alternative, but it requires a smaller wick size to burn properly. Coconut wax is often blended with soy wax to create a natural wax blend. Beeswax has a naturally sweet honey-like scent, so adding fragrances may yield unexpected results.
Flashpoint
The flashpoint of a substance is the temperature at which it ignites or becomes combustible. When adding a fragrance to wax, it is crucial to consider the flashpoint of both the wax and the fragrance. Fragrance oils with a low flashpoint can catch fire more easily, so adding them to wax that is too hot can be dangerous. Always add your fragrance to wax at the recommended temperature to avoid safety hazards and ensure the best results.
Load Percentage
Each type of wax has a maximum load percentage, which is the amount of fragrance oil it can hold. Adding too much fragrance oil can cause the oil and wax to separate, resulting in a poor scent throw and a potential fire hazard. Refer to the manufacturer's guidelines to determine the recommended load percentage for your chosen wax.
Compatibility
Not all fragrance oils are compatible with all types of wax. Sometimes, no matter how precise your measurements and mixing procedures are, certain fragrances and wax blends may simply not mix well. It is important to choose fragrances specifically designed for candles, as traditional perfumes or fragrance oils may contain ingredients that do not burn properly.
Testing
Before committing to a large batch, it is recommended to test different wax and fragrance combinations in small quantities. This will allow you to experiment with different ratios and techniques to find the perfect balance for your desired olfactory result.
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Selecting a perfume
Perfumes are made using fragrance oils, which are synthetically created smells. When selecting a perfume, it is important to choose fragrances that are specifically designed for candles, as traditional fragrances may contain ingredients that don't burn properly. This is because the flashpoint of the fragrance oil, or the temperature at which it becomes combustible, must be considered. If the flashpoint is too low, the fragrance oil will evaporate and the candle won't smell as nice.
When selecting a perfume, it is also important to consider the type of wax you are using. Different waxes have different recommended fragrance oil loads, and going beyond this limit can be a fire hazard. Most waxes will not hold more than 12% fragrance, with store-bought candles containing an average of 6%, and high-quality premium candles containing up to 10%.
Additionally, it is important to test the perfume with the wax before committing to mass production. Sometimes, no matter how precise the measurements and mixing procedures are, the materials may just not be compatible.
When selecting a perfume, it is also important to consider the desired strength of the scent. The amount of perfume added will depend on the strength of the scent and the wax volume. Typically, a ratio of 1 ounce of perfume per pound of wax works well.
Finally, it is important to consider the colour of the candle and the type of wick being used, as these can also affect the scent throw.
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Melting the wax
Firstly, do not melt your wax in a microwave. This is because you will not be able to monitor the temperature of the wax, and it may not melt evenly. This can cause 'hot spots', resulting in a strange odour. Instead, use a double boiler to gently melt your chosen wax.
Use a candle-making thermometer to monitor the temperature of the wax. You will want it to be around 185°F (85°C) to properly bind with the perfume. The flashpoint of the fragrance oil you are using is important here. This is the temperature at which the oil will ignite. If you add fragrance oil when the wax is heated above its flashpoint, the oil will evaporate, and the candle won't smell as nice. Conversely, adding the oil below the flashpoint will prevent the oil and wax from mixing properly. Therefore, you should bring the wax down to the flashpoint of the fragrance oil, and then add the oil.
If you are using fragrance oils with a flashpoint below 80°C, make sure to stir for 2 minutes to thoroughly mix the wax and oil. Most waxes will not hold more than 12% fragrance. Typically, a ratio of 1 ounce of perfume per pound of wax works well.
Once your wax is melted, it's time to add your perfume. Slowly stir in the perfume, and then let the wax cool.
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Adding the perfume
Adding perfume to candle wax is a delicate process that requires precision and care. It is important to note that not all perfumes are suitable for candle-making, as traditional perfumes may contain ingredients that do not burn properly. Therefore, it is recommended to use fragrances specifically designed for candles.
Firstly, it is crucial to determine the correct dosage of perfume to add to the wax. The general rule is that the ratio of perfume to wax should be around 1 ounce of perfume per pound of wax. However, this may vary depending on the strength of the perfume and the desired intensity of the scent. It is always better to start with a smaller amount, as too much perfume can cause the oil and wax to separate, creating a potential fire hazard.
Next, prepare your workspace by gathering all the necessary materials, including a double boiler, a heat-resistant container, a thermometer, a stirrer, and of course, your chosen wax and perfume. Using the double boiler, gently melt the wax, stirring continuously to ensure even melting. Monitor the temperature of the wax with your thermometer; you want it to be around 185°F (85°C) to properly bind with the perfume.
Once the wax has melted, it's time to slowly stir in your chosen perfume. Take your time with this step, as rushing may cause the oil and wax to mix improperly. If you are using a fragrance with a flashpoint (the temperature at which the fragrance becomes combustible) below 80°C, it is recommended to stir for at least 2 minutes. Continue stirring until the perfume is fully incorporated, and the mixture is homogeneous.
As the wax begins to cool, you can place your wick in the centre of your heat-resistant container. Allow the wax to cool completely, undisturbed, to achieve a smooth finish. This usually takes around 3-4 hours. Once solid, trim the wick to about a quarter of an inch.
Finally, light your candle and enjoy your unique, bespoke scent!
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Stirring and cooling
Stirring the wax is an important step in the process of making perfume with candle wax. It is recommended to stir the mixture for at least 2 minutes to ensure that the fragrance oil and wax are thoroughly combined. This process creates a "solution" or "homogenous mixture", where the fragrance oil is evenly distributed throughout the wax. However, it's important to note that over-stirring is not necessary and may not improve the mixing of the fragrance oil and wax.
The temperature of the wax and fragrance oil is crucial during the stirring process. If the wax is too hot, it can cause the fragrance oil to evaporate, resulting in a weaker scent. On the other hand, if the wax is too cold, it can lead to improper mixing of the oil and wax. Therefore, it is important to maintain the wax temperature within the optimal range during stirring. The ideal temperature range depends on the fragrance's flashpoint, which is the temperature at which the fragrance oil becomes combustible or evaporates. Generally, it is recommended to add fragrance oil to wax at a temperature below the flashpoint of the fragrance oil.
After stirring, the wax needs to be cooled slowly and undisturbed to achieve a smooth finish. Placing the wax in a refrigerator or cold environment is not recommended as it can cause the wax to shrink, create wet spots, and weaken the scent. Instead, allowing the wax to cool down gradually at room temperature is the best approach. The cooling process can take several minutes to a few hours, depending on the volume of wax and the ambient temperature.
During the cooling process, the fragrance oil settles into the wax and becomes deeply absorbed. This enhances the scent of the final product. It is important to avoid any disturbance or agitation during the cooling process to ensure a smooth and even finish.
Once the wax has cooled and hardened completely, the wick can be trimmed and the candle can be lit. The bespoke aroma will fill the space, and you can enjoy your unique creation. It is normal for the scent to become more pronounced as the candle burns, filling the room with your chosen fragrance.
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