How to Heat & Pour Wax for Candle Making

• Heat wax in a double-boiler system to 180°F - 185°F.
• Preheat glass containers to 125°F - 149°F to allow for better side adhesion.
• Add fragrances or dye, stir thoroughly, then pour around 160°F.
• Allow to cool as slowly as possible. Do not place in a water bath or refrigerator to accelerate the cooling process.
• Different wicks may be needed depending on dye/fragrance combination. The LX wick series have been found to work well in this wax.

NOTE: This wax is one of the best single-pour waxes. However, it is so soft and creamy that it can be a little messier to use than some of the other waxes since you have to scoop it out of the box rather than separating slabs of wax. The overwhelming response of our customers has been that the superior results of this product are worth the extra effort to use it. We just wanted to let you know so you can make an informed decision.

• Heat wax in a double-boiler system to 180°F - 185°F.
• Preheat glass containers to 125°F - 149°F to allow for better side adhesion.
• Add fragrances or dye, stir thoroughly, then pour between 150°F-160°F.
• Allow to cool as slowly as possible. Do not place in a water bath or refrigerator to accelerate the cooling process.
• Different wicks may be needed depending on dye/fragrance combination. The LX wick series have been found to work well in this wax.

• Heat wax in a double-boiler system to 180°F - 185°F.
• Preheat glass containers to 125°F - 149°F to allow for better side adhesion.
• Add fragrances or dye, stir thoroughly, then pour between 150°F-160°F.
• Then LOWER the pouring temperature to 145°F - 155°F, then pour.
• Allow to cool as slowly as possible. Do not place in a water bath or refrigerator to accelerate the cooling process.
• Different wicks may be needed depending on dye/fragrance combination. The LX wick series have been found to work well in this wax.

• Heat wax in a double-boiler system to 180°F - 185°F.
• Preheat glass containers to 125°F - 149°F to allow for better side adhesion.
• Add fragrances or dye, stir thoroughly, then pour between 150°F-160°F.
• Then LOWER the pouring temperature to 150°F - 160°F, then pour.
• Allow to cool as slowly as possible. Do not place in a water bath or refrigerator to accelerate the cooling process.
• Different wicks may be needed depending on dye/fragrance combination. The LX wick series have been found to work well in this wax.

• Heat wax in a double-boiler system to 185°F - 200°F.
• Preheat glass containers to 125°F - 149°F to allow for better side adhesion.
• Add fragrances or dye, stir thoroughly, then pour around 160°F.
• Allow to cool as slowly as possible. Do not place in a water bath or refrigerator to accelerate the cooling process.
• Different wicks may be needed depending on dye/fragrance combination. The LX wick series have been found to work well in this wax.

• Heat wax in a double-boiler system to 180°F - 185°F.
• Preheat glass containers to 125°F - 149°F to allow for better side adhesion.
• Add fragrances or dye, stir thoroughly, then pour around 160°F.
• Allow to cool as slowly as possible. Do not place in a water bath or refrigerator to accelerate the cooling process.
• Different wicks may be needed depending on dye/fragrance combination. The Zinc Core wick series have been found to work well in this wax.

• Heat wax in a double-boiler system to 180°F - 190°F.
• Preheat glass containers to 125°F - 149°F to allow for better side adhesion.
• Add fragrances or dye, stir thoroughly, then pour around 175 - 185°F.
• Because it is a harder wax, for best results, it will require topping off to achieve a smooth top. Will need Vybar 260 additive for best results.
• Allow to cool as slowly as possible. Do not place in a water bath or refrigerator to accelerate the cooling process.
• Different wicks may be needed depending on dye/fragrance combination. The Zinc Core wick series have been found to work well in this wax.

• Heat wax in a double-boiler system to 180°F - 185°F.
• Preheat glass containers to 125°F - 149°F to allow for better side adhesion.
• Add fragrances or dye, stir thoroughly, then pour around 150 - 160°F.
• To optimize the "mottled" effect, allow to cool as slowly as possible. Do not place in a water bath or refrigerator to accelerate the cooling process. Some customers have found that placing the candles in an insulated cooler or box will help slow the cooling process.
• For a smooth look, rather than the mottled look, add 1/2 tsp of Vybar 260 per pound of melted wax. You may need to adjust this amount to suit your taste. The use of Vybar increases shrinkage so re-pouring may become necessary.
• Different wicks may be needed depending on dye/fragrance combination. The Zinc Core wick series have been found to work well in this wax.

• Heat wax in a double-boiler system to 180°F - 185°F.
• Preheat glass containers to 125°F - 149°F to allow for better side adhesion.
• Add fragrances or dye, stir thoroughly, then pour around 160 - 170°F.
• Clean molds always produce the best results.
• You may accelerate the cooling process by placing the mold(s) into a water bath or refrigerator.
• Different wicks may be needed depending on dye/fragrance combination. The LX wick series have been found to work well in this wax.

NOTE: Although this wax in considered a "one-pour" votive wax, we are not stating that it does not shrink at all. The top of the votive will have a slightly concaved shape. Another difference with this wax is that you are usually unable to achieve the smooth, glossy finish that you can with other waxes. Many customers find the end product is still high quality and really appreciate the time they save by pouring only once. Other candle makers are a bit "pickier" about the look of their candles and choose to spend a little more time using the IGI 4794.

• Heat wax in a double-boiler system to 180°F - 185°F.
• Add fragrances or dye, stir thoroughly, then pour around 150°F-170°F (150°F if pouring into our clamshell molds).
• Clean molds always produce the best results.
• You will need to save some wax to use for the 2nd pour. After the 1st pour, allow candles to cool almost completely, then come back and top them off with the saved wax.
• You may accelerate the cooling process by placing the mold(s) into a water bath or refrigerator.
• Different wicks may be needed depending on dye/fragrance combination. The LX wick series have been found to work well in this wax.

• Heat wax in a double-boiler system to 180°F - 185°F.
• Add fragrances or dye, stir thoroughly, then pour around 160°F-170°F (150°F if pouring into our clamshell molds).
• Clean molds always produce the best results.
• You may need to save some wax for the 2nd pour. This wax usually does not shrink much but it may be required to achieve a smooth finish on top.

NOTE: You will need to test this tart wax with your specific warmer. Not all warmers are the same. Some have a higher wattage bulb in them and melt the wax tarts better than others. (This is why we usually recommend the IGI 4794 for tarts as this wax has a lower melting point which makes it more universal for different warmers.)

• Heat wax in a double-boiler system to 180°F - 185°F.
• Add fragrances or dye, stir thoroughly, then pour between 170°F - 180°F.
• Clean molds always produce the best results.
• You will need to save some wax for the 2nd pour. As the wax from the 1st pour is cooling, you will need to periodically poke relief holes in the candle (about the size of a dime near the wick should be sufficient). This reduces the pressure that is built up inside the candle as the wax contracts. If you do not perform this step, the finished candle will likely have a void in the middle.
• Once the 1st pour has cooled nearly completely, top the candle off with the 2nd pour. Because this wax needs to contract to come out of the mold, once the candle has cooled, there will be a small space between the candle and the mold. DO NOT pour the 2nd pour any higher than the original pour or wax will seep down into that space which makes the candle unattractive and very difficult to get out of the mold.
• When pouring large pillars, the same process may need to be repeated again with a 3rd pour.
• You may accelerate the cooling process by placing the mold(s) into a water bath or refrigerator.
• Different wicks may be needed depending on dye/fragrance combination. The Zinc Core wick series have been found to work well in this wax.

• Heat wax in a double-boiler system to 180°F - 185°F.
• Add fragrances or dye, stir thoroughly, then pour around 180°F.
• Clean molds always produce the best results.
• If you are making pillar candles, you will need to save some wax for the 2nd pour. As the wax from the 1st pour is cooling, you will need to periodically poke relief holes in the candle (about the size of a dime near the wick should be sufficient). This reduces the pressure that is built up inside the candle as the wax contracts. If you do not perform this step, the finished candle will likely have a void in the middle.
• Once the 1st pour has cooled nearly completely, top the candle off with the 2nd pour. Because this wax needs to contract to come out of the mold, once the candle has cooled, there will be a small space between the candle and the mold. DO NOT pour the 2nd pour any higher than the original pour or wax will seep down into that space which makes the candle unattractive and very difficult to get out of the mold.
• When pouring large pillars, the same process may need to be repeated again with a 3rd pour.
• You may accelerate the cooling process by placing the mold(s) into a water bath or refrigerator.
• Different wicks may be needed depending on dye/fragrance combination. The Zinc Core wick series have been found to work well in this wax.

• Use this product as supplied or as a base wax in combination with additives for pillar and molded candle applications.
• Heat wax in a double-boiler system to 180°F - 185°F.
• Add fragrances or dye, stir thoroughly, then pour between 170º - 180°F.
• Clean molds always produce the best results.
• You may accelerate the cooling process by placing the mold(s) into a water bath or refrigerator.
• Different wicks may be needed depending on dye/fragrance combination. The Zinc Core wick series have been found to work well in this wax.

• Heat wax in a double-boiler system to 180°F - 185°F.
• Preheat glass containers to 100°F - 125°F to allow for better side adhesion. (Optional)
• Add fragrances or dye and stir thoroughly.
• Lower temperature to between 140°F - 160°F, then pour candles slowly.
• Allow to cool as slowly as possible. Do not place in a water bath or refrigerator to accelerate the cooling process.
• Different wicks may be needed depending on dye/fragrance combination. The CD & ECO wick series have been found to work well with this wax.

• Heat wax in a double-boiler system to 180°F - 185°F.
• Preheat glass containers to 100°F - 125°F to allow for better side adhesion. (Optional)
• Add fragrances or dye and stir thoroughly.
• Lower temperature to between 160°F - 170°F, then pour candles slowly.
• Allow to cool as slowly as possible. Do not place in a water bath or refrigerator to accelerate the cooling process.
• Different wicks may be needed depending on dye/fragrance combination. The CD & Wooden Wick wick series have been found to work well with this wax.

• Heat wax in a double-boiler system to 180°F - 185°F.
• Preheat glass containers to 100°F - 125°F to allow for better side adhesion. (Optional)
• Add fragrances or dye and stir thoroughly.
• Lower temperature to between 90°F - 100°F, then pour candles slowly.
• Allow to cool as slowly as possible. Do not place in a water bath or refrigerator to accelerate the cooling process.
• Different wicks may be needed depending on dye/fragrance combination. The CD & ECO wick series have been found to work well with this wax.

• Heat wax in a double-boiler system to 180°F - 185°F.
• Add fragrances or dye and stir thoroughly.
• Lower temperature to between 140°F - 150°F, (no more than 150ºF if pouring into our clamshell molds) then pour slowly.
• Allow to cool as slowly as possible. Do not place in a water bath or refrigerator to accelerate the cooling process.
• You may need to save some wax for the 2nd pour. This wax usually does not shrink much but it may be required to achieve a smooth finish on top.

NOTE: You will need to test this tart wax with your specific warmer. Not all warmers are the same. Some have a higher wattage bulb in them and melt the wax tarts better than others.

• Heat wax in a double-boiler system to 180°F - 185°F.
• Preheat glass containers to 100°F - 125°F to allow for better side adhesion. (Optional)
• Add fragrances or dye and stir thoroughly.
• Lower temperature to between 125°F - 145°F, then pour candles slowly. Depending on your climate, you may need to play with pouring temperatures.
• Allow to cool as slowly as possible. Do not place in a water bath or refrigerator to accelerate the cooling process.
• Different wicks may be needed depending on dye/fragrance combination. The CD & ECO wick series have been found to work well with this wax.

• Heat wax in a double-boiler system to 180°F - 185°F.
• Preheat glass containers to 100°F - 125°F to allow for better side adhesion. (Optional)
• Add fragrances or dye and stir thoroughly.
• Lower temperature to between 125°F - 145°F, then pour candles slowly. Depending on your climate, you may need to play with pouring temperatures.
• Allow to cool as slowly as possible. Do not place in a water bath or refrigerator to accelerate the cooling process.
• Different wicks may be needed depending on dye/fragrance combination. The CD & ECO wick series have been found to work well with this wax.

• Heat wax in a double-boiler system to 180°F - 185°F.
• Preheat glass containers to 100°F - 125°F to allow for better side adhesion. (Optional)
• Add fragrances or dye and stir thoroughly.
• Lower temperature to between 125°F - 145°F, then pour candles slowly. Depending on your climate, you may need to play with pouring temperatures.
• Allow to cool as slowly as possible. Do not place in a water bath or refrigerator to accelerate the cooling process.
• Different wicks may be needed depending on dye/fragrance combination. The CD & ECO wick series have been found to work well with this wax.