I'm Confused Because Every Candle Tutorial Recommends Different Temperatures and Fragrance Percentages — How Do I Know Which Instructions Apply to My Specific Wax?

Why two correct tutorials give two different numbers

Here is the mechanism, because once you see it the confusion stops for good. A container wax is a formulated blend. Its melting behaviour, how much oil it will hold before the oil stops binding, and the temperature at which it sets smoothly against glass are all consequences of that blend. Change the blend and every one of those numbers moves. A coconut-soy blend that is stated to melt at 50–53°C has to be poured much cooler than a soy that is stated at 80–90°C — not because the maker of the video is careless, but because pouring the coconut-soy at 85°C would be pouring it far above its own stated window.

The same applies to percentages. A fragrance load is how much oil that wax will hold and burn cleanly. It is a formulation limit, not a regulatory limit and not a quality score. Luxury Soy Wax Chunks state a capacity of up to 13%. CSI 464 states up to 10%. A creator working on a 13% wax can honestly say "I always pour at 12%" and a creator working on a 10% wax can honestly say "never go above 10%". Both are describing their own material. Neither is describing yours.

And then there is a third category that is nobody's specification at all: the numbers that depend on your room, your jar and your patience. Ambient temperature changes how fast a jar sets and therefore how smooth the top is. Jar diameter changes which wick reaches the glass. Cure length changes perceived strength. These are the numbers tutorials disagree about most violently, and they are the ones you were always going to have to settle yourself.

Count the rows a tutorial can legitimately give you: one. That is not an argument against watching tutorials — they are excellent for technique, sequence and confidence. It is an argument against copying their numbers. The add-temperature guide walks through the mechanism in more depth, and best temperature for adding fragrance oil to soy wax covers why stirring time matters as much as the reading on the thermometer.

What CSI's own pages actually state — the audit

It would be easy to write this post as advice. Instead we counted, so that you can see exactly how thin published specification really is — including on our own listings. Here is the method, stated plainly so you can disagree with it: we read the product-description text of all 336 CSI product pages captured in the September 2026 data pull — 229 non-fragrance listings (wax, wicks, jars, moulds, dyes, additives, equipment) plus 107 fragrance-oil pages — and counted a field as "stated" only where the page text carries a verbatim statement of it. For the five specification-heavy wax pages we read the full untruncated description. Nothing is inferred, and a threshold is not treated as a measurement.

Read the table as a buyer, not as a critic. It tells you that your fragrance oil page is usually the better-documented half of your recipe, that pour temperature is almost never published by anyone, and that the wick decision — the one beginners agonise over most — is the one almost nobody publishes guidance for. That is not a scandal; it is the honest state of the category. It also tells you precisely which three things you must settle with your own hands.

The instruction ladder: which source outranks which

When four sources disagree you do not need a debate, you need a precedence order. This is ours, and it resolves every conflict in one pass. Work down the ladder and stop at the first rung that speaks to the number in question.

Rung 3 is the one people skip, and it can silently override rung 2. If your wax states a pour of 80–90°C and your jar states a hot-pour limit of 85°C, your working window is 80–85°C — the overlap, not either range on its own. Most CSI jars do not state a pour limit at all — on our count 7 of 78 do; those seven are worth reading twice, because glass is the component least forgiving of a number you assumed.

The three waxes that hand you their numbers

If you are still choosing, buy documentation. A wax that publishes a load and a temperature range removes two of the three unknowns from your first pour, which is worth far more at this stage than ₹100 a kilo. Each card below shows every listed pack, the price per kilo, and how many 200 g candles the pack makes at an 8% load — our standard planning basis of 184 g wax plus 16 g oil per candle.

When your wax page states nothing

This is the honest part. If you are holding Natural Soy Pearl Wax, Soy Pillar Wax or Premium Coconut Soy Wax, the pages state no fragrance load and no temperatures. We are not going to invent a range for you, and you should be suspicious of anyone who does. What you can do instead is bracket: pour the same wax at three temperatures inside a sensible band, keep every other variable locked, and read the results off the glass.

Choosing the band is the only judgement involved, and it is a small one. Soy container waxes in this range that do publish figures sit between 58°C and 90°C. Rather than guessing a point inside that, take a spread — three temperatures about 10°C apart — and let the wax show you where it sets smoothly. Three data points beat one guess, and they cost you nothing extra because you were going to pour nine jars anyway.

The 9-votive temperature grid

This is the smallest test that answers the pour-temperature question properly. Nine 70 g votive jars — three at each of three pour temperatures — with one wax, one oil, one load and one wick. At 8%, each votive is 64.4 g of wax and 5.6 g of oil, so the nine need 579.6 g of wax and 50.4 g of oil. A 1 kg wax pack and a 100 g oil bottle cover it with room to repeat a batch that goes wrong.

Translating a tutorial's recipe onto your wax

You do not have to throw the tutorials away. You have to translate them. Here is the conversion, line by line, for the recipe you already wrote down from a video.

Notice what survives translation: sequence and technique. How to stick a wick, how to keep it centred, how to stir without whipping air in, how to spot a sinkhole forming, when to stop and reheat. Those are the genuinely portable parts of a tutorial and they are worth watching for. The numbers are local. Once you have separated the two, the contradictions you started with stop being contradictions and become a list of waxes you did not buy.

If you want the same logic applied to the whole shopping list rather than just temperature, the companion posts in this cluster take it from different angles: which variables to actually test when three sources disagree, which materials are universal and which are wax-specific, and what to finalise first so you stop buying incompatible materials.

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