Lance Carson
IGI 6006 is a soft, low-shrink container wax that can hold a generous fragrance load of 6-10% by weight. The fragrance load is the percentage of fragrance oil added to the wax to give it its scent. When making candles, it is important to add the fragrance oil at the right temperature and below its flashpoint to ensure that the scent does not burn off. For IGI 6006, the average pouring temperature is around 160°F (71°C), and the fragrance oil should be added at 185°F (85°C).
| Characteristics | Values |
|---|---|
| Fragrance Load | 6-10% |
| Average Pouring Temperature | 160°F |
| Fragrance Oil Temperature | 185°F |
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What You'll Learn
The temperature at which fragrance oil is added matters
When making candles, the temperature at which fragrance oil is added is crucial. This is true when working with IGI 6006, a paraffin-soy wax blend that is a popular choice for container candles due to its strong fragrance throw, smooth finish, and natural qualities.
The ideal temperature to add fragrance oil to IGI 6006 wax is 185°F (85°C). At this temperature, the fragrance oil can properly mix with the wax, ensuring that the scent is evenly distributed throughout the candle. Adding the fragrance oil at a lower temperature may result in improper mixing, leading to an uneven scent throw.
It is important to note that the flashpoint of the fragrance oil is different from the temperature at which it is added to the wax. The flashpoint is the temperature at which the oil will ignite if exposed to a spark or flame. While the flashpoint is important for safety reasons, it does not affect the scent of the candle.
To achieve optimal performance and scent throw with IGI 6006, it is recommended to add the fragrance oil at the ideal temperature, remove from heat, stir for two minutes, and then pour the mixture at 170°F (76.7°C). Allowing the candles to cure for at least 24 hours, or preferably five days, will ensure that the wax and fragrance fully bond, resulting in a richly scented candle.
Additionally, the fragrance load of IGI 6006 should be considered. This wax blend can hold a high fragrance load of up to 8% to 10% fragrance oil per pound of wax, resulting in candles with a strong and appealing scent. However, it is important not to exceed the recommended fragrance load, as it may affect the performance and quality of the candle.
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The flashpoint of the fragrance oil is important
The flashpoint of a fragrance oil is the temperature at which the substance can ignite if exposed to an open flame or spark. This knowledge is important for several reasons, encompassing safety, regulatory compliance, and application suitability.
Firstly, understanding the flashpoint of a fragrance oil is crucial for safety during handling, storage, and application. By knowing the flashpoint, users can take the necessary precautions to avoid exposing the oil to high temperatures or open flames, thereby reducing the risk of ignition and potential accidents. This is especially important when making candles, as adding fragrance oil above its flashpoint will burn off most of the fragrance, and the candle will not have a good scent throw.
Secondly, flashpoint information is essential for complying with regulatory requirements related to the storage and transportation of flammable substances. Some shipping guidelines, such as those imposed by USPS and FedEx, have restrictions on flammable substances based on their flashpoints. Knowing the flashpoint of a fragrance oil ensures compliance with these regulations, enabling safe and legal transportation practices.
Additionally, the flashpoint of a fragrance oil determines its suitability for specific applications. For example, when using fragrance oils in candle-making, it is crucial to select oils with a flashpoint higher than the maximum temperature reached during the candle's burning process. This ensures that the fragrance oil does not contribute to the risk of flammability and remains stable throughout the candle's use. Similarly, when creating gel candles, it is recommended to use fragrance oils with a flashpoint of 170°F or higher to ensure safety.
Moreover, understanding flashpoints aids in determining the suitability of fragrance oils for various applications and preventing potential safety issues. Fragrances are typically composed of multiple ingredients, each with a different flashpoint. During any manufacturing process or application that involves heat, the ingredients with the lowest flashpoint will burn off first, impacting the final scent. Therefore, knowledge of flashpoints is essential for formulating fragrances with desired scent profiles and ensuring the safe and effective use of fragrance oils in various products.
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The type of wick can impact the fragrance load
The type of wick can significantly impact the fragrance load of a candle. The wick's size and material must be carefully chosen to ensure optimal burning characteristics and a good scent throw. A wick that is too small will create a small burn pool, resulting in poor scent throw, while a wick that is too large may burn too hot, burning off the fragrance and leading to an equally poor scent throw.
Different types of wicks, such as square, flat, cored, and wooden wicks, each have unique characteristics that influence the burning behaviour of a candle. For example, square wicks are braided or knitted and curl in the flame, helping to inhibit clogging that can occur with certain wax formulations, pigments, or fragrances. Flat wicks are flat-plaited or knitted and provide a very consistent burn, curling in the flame for self-trimming. Cored wicks use a core material like cotton, paper, zinc, or tin to keep the wick straight or upright while burning, and they are commonly found in jar candles, pillars, and votives. Wooden wicks have gained popularity for their visual appeal and soft crackling sound, and they are available in various materials, including 100% wood, semi-wood, fibrous material, or cotton and wood combinations.
The choice of wick also depends on the type of wax, the candle's size and shape, and the fragrance materials used. For instance, zinc core wicks are commonly used with paraffin waxes and can also be used with soy waxes, while wooden wicks are known to perform well with paraffin, soy, and palm wax. HTP wicks are versatile and can be used with both paraffin and soy waxes, making them suitable for viscous waxes. CD wicks are another option for viscous waxes like single-pour paraffin and soy waxes.
Additionally, the amount of fragrance oil added and its temperature play a crucial role in the fragrance load. If the fragrance oil is added at too high a temperature, it may dissipate or burn off, and if added at too low a temperature, it may not disperse and bind uniformly. Therefore, it is essential to add fragrance oils within the recommended temperature range of 180° - 185° and to follow guidelines for specific waxes, such as IGI 6006.
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The weight of the fragrance load can be calculated
To calculate the weight of the fragrance load, you need to know the desired weight of the candle and the percentage of fragrance oil you want to use. Let's say you want to make a candle with a total weight of 300 grams and you want to use 10% fragrance oil. To calculate the weight of the fragrance load, you multiply the desired weight of the candle by the percentage of fragrance oil. In this case, it would be 300 grams x 10%, which equals 30 grams. So, for a 300-gram candle with a 10% fragrance load, you would need 30 grams of fragrance oil.
It is important to note that the maximum fragrance load depends on the type of wax being used. Different types of wax can hold different amounts of fragrance oil. For example, paraffin wax IGI 4627, a popular container wax, can hold up to 12% fragrance oil. In general, it is safe to assume a fragrance load of 5% to 6% unless specified otherwise by the wax manufacturer.
There are also online calculators available that can help you determine the correct fragrance load for your candles. These calculators take into account factors such as the number of candles being made, the container size, and the type of wax being used. By inputting this information, you can get an accurate calculation of how much fragrance oil and wax is needed to achieve your desired fragrance load.
When adding fragrance oil to IGI 6006 wax, it is important to add it below the flashpoint listed for the fragrance. The flashpoint is the temperature at which the oil will ignite if exposed to a spark or flame. Adding the fragrance oil at the correct temperature will help ensure that the fragrance is properly mixed into the wax and that your candles have a good scent throw.
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The percentage of fragrance load impacts the scent throw
The fragrance load is the maximum percentage of fragrance oil that a particular wax can hold. This is an essential factor in candle-making, as it determines the scent's intensity, influences the burning characteristics, and significantly impacts the overall user experience. The percentage of fragrance load directly impacts the scent throw, and an incorrect fragrance load can lead to issues such as poor scent throw, tunneling, sooting, and uneven wax pools.
The percentage of fragrance load varies depending on the type of wax and fragrance oil used. For example, paraffin wax typically has a lower scent capacity of around 3%, while pre-blended waxes or those with additives can hold higher fragrance loads of up to 12%. Soy wax typically has a fragrance load ranging from 6% to 10%, with 8% being a commonly used percentage where scent throws are better for cold and hot. However, the ideal fragrance load may vary from fragrance oil to fragrance oil, so it is important to follow the manufacturer's guidelines and conduct test burns to refine your process and achieve consistent results.
When adding fragrance to IGI 6006 wax, it is important to add it below the flashpoint listed for the fragrance oil. The flashpoint is the temperature at which the oil will ignite if exposed to a spark or flame. Adding the fragrance oil below its flashpoint ensures that it does not burn off, allowing your candles to have a good scent throw. Additionally, the temperature at which you add the fragrance oil and pour the wax can impact the scent throw, so it is important to follow the recommended temperatures for the specific wax and fragrance oil you are using.
To calculate the fragrance load, you can use the formula: weight of wax x fragrance load percentage = weight of fragrance oil required. For example, if you are using 170g of soy wax with an 8% fragrance load, you would calculate: 170g x 0.08 = 13.6g of fragrance oil. It is important to use accurate measurements and calculations to ensure a well-balanced fragrance load and a consistent scent throw.
By understanding the impact of fragrance load on scent throw, candle makers can create high-quality products with a strong and consistent aroma. Keeping detailed records of recipes, fragrance loads, and test results can help refine the process and achieve desirable results.
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Frequently asked questions
The fragrance load for IGI 6006 can vary between 7% and 10%.
The ideal temperature to add fragrance to IGI 6006 is 185°F (85°C).
The best type of wick to use with IGI 6006 depends on personal preference and the size of your candle. Some options include ECO, HTP, and wooden wicks.
