My Soy Candle Looked Perfectly Attached to the Glass When I Poured It but Developed Large Wet Spots Two Days Later — Did the Wax Actually Become Wet or Has It Pulled Away From the Jar?

My Soy Candle Looked Perfectly Attached to the Glass When I Poured It but Developed Large Wet Spots Two Days Later — Did the Wax Actually Become Wet or Has It Pulled Away From the Jar?

 

Soy wax from ₹260 / 500g · ₹399 / 1kg 150g clear glass jars from ₹94.40 each Stocked in India · ships nationwide
CSI diagnostic guides · glass adhesion
Nothing got wet. Something left — and the thing that left was the glass, not water.
★★★★★
"The jars were of good quality"
Soumili GopeVerified buyer · Mar 2026
Clear Glass Jar with Golden Lid 150 gram
★★★★★
"One of the best wax for container Candles. Easy to work with, especially if you are a beginner."
ThenirvaofficialVerified buyer · Nov 2025
Luxury Soy Wax CSI 464
★★★★★
"all the materials are high quality and ultimate fragrance range"
Arminder KaurVerified buyer · Mar 2026
Premium Coconut Soy Wax CSI 468
★★★★★
"Quality wick, works very well"
AshwiniSep 2025
Eco Candle Wicks
★★★★★
"…I found the ingredients to be of good quality. The wax quality especially has been top notch.…"
SraddhaVerified buyer · Mar 2025
Gardenia Fragrance Oil
★★★★★
"The jars were of good quality"
Soumili GopeVerified buyer · Mar 2026
Clear Glass Jar with Golden Lid 150 gram
★★★★★
"One of the best wax for container Candles. Easy to work with, especially if you are a beginner."
ThenirvaofficialVerified buyer · Nov 2025
Luxury Soy Wax CSI 464
★★★★★
"all the materials are high quality and ultimate fragrance range"
Arminder KaurVerified buyer · Mar 2026
Premium Coconut Soy Wax CSI 468
★★★★★
"Quality wick, works very well"
AshwiniSep 2025
Eco Candle Wicks
★★★★★
"…I found the ingredients to be of good quality. The wax quality especially has been top notch.…"
SraddhaVerified buyer · Mar 2025
Gardenia Fragrance Oil
Reviews collected and published through Judge.me on candlemakingsuppliesindia.store. One longer review is shortened with an ellipsis; wording is otherwise unedited.
Shop candle wax — from ₹260 Ask about a patchy batch
✓ Stated pour temperatures quoted per wax page ✓ 15 waxes in stock ✓ Bulk pricing & GST invoicing on WhatsApp
Candle Business Guides · Glass Adhesion
It has pulled away. A "wet spot" is not wet: it is an air gap between the wax and the glass, and the dark, damp look is that gap reflecting light differently from the places where wax and glass are still touching. The cheapest proof is a weighing scale — and the two-day delay narrows the list of likely causes before you spend a rupee.
0 g
the weight a 150g jar candle gains between the pour and the day-two patches · nothing entered the jar, so nothing got wet · test rig from ₹2,858.40 at CSI live pricing, September 2026
Quick answers — read this first
Did the wax become wet? No. Nothing was added to the jar after you poured it, so nothing could have made it wet. What you are looking at is an air gap where the solidifying wax has contracted away from the glass wall. Light now has two surfaces to bounce off instead of one, and that reads to the eye as a dark, damp smear.

Why did it appear two days later and not immediately? Because the pour looks attached while the wax is still molten and pressed against the glass. Soy contracts as it solidifies and keeps responding to temperature afterwards, so a gap can open at the wall hours or days after the surface has set hard.

How do I prove it is not moisture or oil? Weigh one jar on a ₹354 scale immediately after pouring and again at day two. A sealed candle that has "gone wet" would have to weigh more. It weighs the same. Then tilt the jar: nothing runs.

What should I change first? Nothing, until you have logged one batch. A two-day gap points at contraction, glass temperature at pour, pour temperature and cooling position — all free or cheap to vary. Changing wax is the most expensive move and the one most often made first.
The short answer
The name is wrong, and it costs makers money: "wet spot" makes people hunt for water, humidity or leaking fragrance oil. There is no liquid. It is wax that is no longer in contact with glass, which is why no drying, wiping or sealing fixes it.
The delay is information: a gap that appears at day two could not have been caused by anything that happened after the pour, because nothing happened after the pour. It was set in motion during cooling and only became visible when the wax finished moving.
Run the 72-hour log before you buy anything: weigh, photograph and record one jar at pour, 6 hours, 24 hours, 48 hours and 72 hours. That one page of notes separates "my wax is faulty" from "my workshop cooled this batch unevenly".
Shop: Candle Wax · Containers · Candle Wicks · Accessories · bulk on WhatsApp.
In this guide
One jar, five readings — the weight never moves, the look does At pour Molten wax pressed to the glass · looks flawless · weight recorded = baseline 6 hours Surface set, bulk still warm · still looks attached · weight unchanged 24 hours First faint edge patches, often low on the wall · weight unchanged 48 hours Large dark patches read as "wet" · weight STILL unchanged = 0 g gained 72 hours Pattern stable, or still spreading · photograph and compare with hour 24 Nothing enters a sealed jar between these five readings. So the only thing that changed is where the wax is — not what the wax is made of.
The five readings are the whole diagnostic. A candle that gains no weight cannot have become wet, and a patch that appears between hour 6 and hour 48 was caused during cooling, not during storage. Log the hours, not just the outcome.
States glass adhesion · up to 10%
Luxury Soy Wax CSI 464 · 1 kg ₹507.40
The 0 g proof
Candle Making Weighing Scale · ₹354
Patchy batch to discuss?
Message CSI on WhatsApp
Straight answer
Did the wax get wet, or did it pull away from the jar?
It pulled away. Nothing in a sealed, cooling candle can make the wax wet — no water was added and none can get through the glass — so the damp-looking patch cannot be moisture. What it is, is an air gap: soy contracts as it solidifies, and where it contracts faster or further than the glass holds it, the wax lifts off the wall. Where wax and glass still touch, you look straight through one clean interface. Where there is a gap, light meets two more surfaces on the way in and out, and the patch goes dark. That is the whole mechanism, and you can confirm the "no liquid" half of it in four minutes: weigh one jar immediately after pouring and again at day two on a ₹354 weighing scale. The difference is 0 g. The second half — which of the candidate causes did it — is what the 72-hour log is for, because a gap that appears at day two rules out a whole class of explanations and leaves you with contraction, glass temperature at the moment of pour, pour temperature and cooling rate and position. Those are the cheap variables. Only two CSI wax pages say anything at all about glass adhesion — CSI 464 and CSI 468, both as a qualitative claim with no figure or test behind it — so the wax change is the last move on this list, not the first.
One line: a wet spot is an air gap, the scale proves it, and a two-day delay points you at cooling before it points you at wax.
You cannot diagnose a cooling problem without reading temperatures and weights. A Pen Thermometer at ₹354 and a Candle Making Weighing Scale at ₹354 turn a guess into a log — and they are bought once.
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Why a "wet spot" is not wet

The name has misled a generation of candle makers into looking for water in a jar that never contained any.

Start with what a jar candle is after it has been poured: a closed system. There is wax, there is fragrance oil dissolved in that wax, there is a wick, and there is glass. Unless you pour something else in, the contents are fixed from the moment the pour stops. So when a patch appears on day two and looks like condensation behind the glass, the one explanation that is physically unavailable is that liquid arrived. Nothing arrived. Nothing could.

What actually happens is simpler and more mechanical. Soy wax contracts as it solidifies, and it keeps responding to temperature after it has set. That much is ordinary material behaviour and it is true of every soy container wax on the market. While the wax is molten it is pressed hard against the glass by its own weight and it wets the surface completely — which is exactly why a fresh pour looks perfect and why so many makers are convinced the problem appeared out of nowhere. As the wax stiffens it pulls very slightly inward. In places the glass keeps hold of it. In other places it does not, and a thin void opens between the two.

That void is the entire defect. It contains air, not oil and not water. And because it is air, it changes what light does at the wall. Where wax is bonded to glass, you have one optical boundary and you see the wax colour cleanly. Where there is a gap, you have wax-to-air and then air-to-glass — two boundaries, both reflecting — and the patch goes grey, silvery or dark depending on how the light falls. Tilt the jar under a lamp and a gap will often flash or change shade as the angle changes. A genuine liquid never does that.

The mistake: treating it as a moisture problem. Makers who read "wet spot" literally start wiping jars dry with cloth, leaving them in the sun, buying silica sachets, blaming the monsoon, or dropping their fragrance load because they assume the oil is sweating out. None of it can work, because there is no liquid to remove. Worse, two of those moves — rubbing the inside of a jar with a cloth and cutting the load — actively change other things: cloth can leave lint and residue on the sealing surface, and a lower load changes the throw you already approved. Prove the "no liquid" point with the scale first, then work on contact, not on dryness. If you also have a genuinely oily film on the wax surface, that is a different question, covered in why does my candle have wet spots.

One more reason the misnomer is expensive: it sends people straight to the wax. A maker who believes the oil is leaking out of the wax concludes the wax is poor and orders a different one — the single most costly change available, because it invalidates every wick and load decision already tested. Sequence matters here and it is the spine of this whole series: jar preparation, glass temperature, pour temperature, cooling, then load, then dye, then jar, then wax. The expensive change goes last.

The 0 g proof, in four minutes

This is the test that ends the argument, and it costs one scale and four minutes of attention spread across two days. It does not tell you what caused the gap. It tells you, beyond discussion, what the gap is — so that you stop spending money in the wrong direction.

The three free checks · one jar, no new materials
What each hypothesis predicts, and what you actually observe
Check If it were water or condensation If fragrance oil were leaking out If it is an air gap What makers actually see
Weigh at pour vs day 2 Heavier — liquid must come from somewhere Same total weight, but a visible oily film on top Identical, to the resolution of your scale Identical, and a dry surface
Tilt the jar 45° under a lamp A meniscus or a run-mark moves A sheen slides across the surface The patch flashes or shifts shade as the angle changes The patch changes shade; nothing moves
Press a tissue to the glass inside the rim Damp mark Translucent oil mark Nothing — the gap is sealed inside Nothing
Push gently on the wax with a clean spatula No change Oil expresses at the edge Patch position can shift very slightly as contact changes Patch can shift; no liquid appears
Priced above: Candle Making Weighing Scale ₹354 · Pen Thermometer ₹354. Both are bought once and used on every batch after. The tilt and tissue checks cost nothing. CSI live pricing, September 2026.

Record the weight with the lid off, on the same scale, in the same place, with the jar at room temperature both times. A wide jar sitting on a cool floor at pour and on a warm shelf at day two can read a fraction differently on a sensitive scale simply because you handled it; that is noise, not moisture. What you are looking for is the absence of a real gain — a candle that has "gone wet" would need to have acquired grams, not milligrams.

Photograph against a printed grid
Tape a sheet of graph paper or a printed 1 cm grid behind the jar and shoot from a fixed distance each time. Gaps are notoriously hard to compare from memory — they look worse in the evening and better in daylight. A grid behind the glass turns "it got worse" into "the patch grew from two squares to five between hour 24 and hour 48", which is the kind of statement you can act on. Keep the lighting identical: one lamp, same side, no flash.

What "two days later" rules in — and what it rules out

The clock is the cheapest diagnostic instrument in the workshop, and almost nobody writes down the hour.

A gap that was already there when the wax set and a gap that opened on day two are not the same symptom, and they do not point at the same causes. This post owns the delayed case: flawless at the pour, flawless at bedtime, patchy on the second morning. The differential below is written as candidates and checks, because at this stage you do not have a verdict — you have a shortlist. Every row gives you the observation that moves that candidate up or down.

Differential for a day-two gap · one jar, read across time
Six candidate causes, and the observation or paired test that separates them
Candidate cause Why it could produce a delayed gap What you would also expect to see The check that separates it
Ordinary wax contraction Soy keeps moving as it finishes solidifying and as room temperature swings Patches appearing on several jars from the same pot, in no particular arrangement Pour two jars and keep one in a stable room all 72 hours; if only the travelling jar gaps, temperature swing is involved
Glass temperature at the moment of pour Wax meeting a cold wall sets against it before it has settled, locking in stress that releases later Worse in the coldest part of the day, or on jars taken straight from a cold store Paired test: half the jars at room temperature, half warmed, same pot, same minute — covered in the preheating posts
Pour temperature Too cool and the wax never fully wets the glass; too hot and the top suffers while you chase adhesion A consistent pattern across the whole batch rather than jar-to-jar variation A small temperature ladder within whatever your wax page states, judged on both the wall and the top
Cooling rate and position A jar cooled fast on one side, or on a cold stone counter, contracts unevenly Gaps biased to one face, or to the outer jars of a tray Mark the jar faces and the tray positions before you pour; see the one-sided post in this cluster
Jar cleanliness or handling Residue or a fingerprint on the inner wall is a place the wax never bonded in the first place Small, sharply outlined patches, often repeating where hands grip Paired test: cleaned and dried against as-received jars from one pot on one day
Fragrance load or dye Anything dissolved in the wax changes how it sets; a change here changes the result An unscented control from the same wax behaving differently Pour one unscented jar in every test batch as a baseline

Notice what is not on that list. Humidity in the room cannot put water inside a sealed jar. A courier cannot cause a gap that appeared before the candle ever left your table. And the wax being "bad" is not a candidate at this stage, because you have not yet shown that the same wax behaves differently from another wax in your jar, in your room, on the same day. That comparison is a real and useful test — it is simply the last one, not the first.

The mistake: changing two things at once. The classic rescue attempt is to raise the pour temperature and start warming the jars and move the cooling rack, all in the same batch. If the next batch is clean you have learned nothing, because you cannot tell which change did it — and you have permanently added labour to your process that may be doing nothing. One variable at a time, same wax batch, same day, side by side. It feels slow. It is the only version of this that ends.

The 72-hour log: six jars, one page of notes

Here is the test in full. It uses one wax, one oil, one wick and six identical jars so that the only thing varying is time — which is the variable this post owns. Later posts in this cluster vary the jar face, the batch position, the glass temperature and the pour temperature. Run this one first, because it tells you whether you have a delayed gap at all, and that single fact decides which of those tests is worth your afternoon.

1
Prepare six identical jars and number themUse six Clear Glass Jars with Golden Lid — the page states a 150 g fill capacity, 8 cm height, 7 cm outer diameter and a base diameter of about 6.5 cm, and describes the glass as thick-walled. Clear glass is deliberate: you are trying to see the defect, not hide it. Write 1 to 6 on the bases with a marker and stick a wick in each with a wick sticker while the glass is clean and dry.
2
Weigh every empty jar and write it downThis is the step everyone skips and the one that makes the whole log work. Empty jar weight on a ₹354 scale, to whatever resolution your scale gives. Without it you can only compare a jar with itself; with it you can also confirm that all six received the same fill, which matters when one of them behaves differently.
3
Melt one pot, add fragrance at the stated temperature, pour all six in one goAt a 150 g fill and an 8% load, each jar takes 138 g of wax and 12 g of oil; six jars need 828 g and 72 g. One kilogram of Luxury Soy Wax CSI 464 at ₹507.40 covers it with room to spare. Read the actual thermometer figure at the moment each jar is filled and write it next to the jar number — not the target, the reading. The add-temperature guide explains why this number belongs in the recipe.
4
Record reading one immediately: weight, time, room temperature, photographFull jar weight, the clock time, the room temperature from the same pen thermometer, and one photograph of each jar against your printed grid. Leave the lids off and do not move the jars. This is your baseline and every later reading is compared to it.
5
Repeat the same four readings at 6, 24, 48 and 72 hoursSame scale, same spot, same lamp, same distance. Add one column: a plain description of the wall — clean, faint edge patch, one large patch, several patches — plus roughly how many grid squares the largest patch covers. Five readings × six jars is thirty lines of notes and it is the complete evidence base for everything that follows.
6
Read the log and pick exactly one next testNo weight gain on any jar confirms the air-gap reading. If gaps appeared between hour 6 and hour 48 on most jars, go to pour temperature and glass temperature next. If one or two jars gapped and the rest did not, go to cooling position and jar face. If every jar is clean, you have a batch-to-batch variation problem and the thing to log next is the room, not the wax.
What the 72-hour log costs · CSI live pricing, September 2026
Six 150 g jars, one wax, one oil — materials consumed and what the cart comes to
Line Pack bought Pack price Used in the test Cost of what is used
Luxury Soy Wax CSI 464 1 kg ₹507.40 828 g ₹420.13
Lavender Fragrance Oil 100 gm ₹540 72 g ₹388.80
Clear Glass Jar with Golden Lid Pack of 10 ₹944 6 jars ₹566.40
Eco Candle Wicks · Thin (C1) 10 wicks ₹59 6 wicks ₹35.40
Candle Wick Stickers 1 sheet · 40 ₹100 6 stickers ₹15
Materials consumed 6 candles ₹1,425.73
Cart for the five lines above ₹2,150.40 leftovers reusable ₹237.62 per test candle
Weighing Scale + Pen Thermometer 1 each ₹708 every batch after one-off
Cart with both instruments ₹2,858.40 the instruments are the point

Set that against the alternative. A maker who decides the wax is at fault and replaces 10 kg of it is spending ₹5,074 on CSI 464 or ₹6,370 on CSI 468 — and then has to re-test wick and load on the new wax, because a recipe proven on one wax does not transfer. The log is roughly a third of the cheaper of those two bags, and at the end of it you know which variable to spend on.

The CSI principle
A defect that has no name you can measure will be blamed on whatever is easiest to replace.
Call it a wet spot and you will buy desiccants and a new wax. Call it an air gap and weigh the jar, and you will buy a thermometer and a page of notes. The name you use decides the invoice.

What CSI wax pages actually state about adhesion — and what they do not

This is the part of the question most buying guides skip, so here it is plainly. Across CSI's wax range, exactly two product pages say anything at all about glass adhesion, and both say it as a qualitative claim rather than a measurement.

Stated appearance and adhesion wording · as published on CSI product pages
What each wax page states, what it is silent on, and the stated temperatures you must work within
Wax 1 kg price Stated about adhesion or appearance Stated pour temperature What is not stated
Luxury Soy Wax CSI 464 ₹507.40 "excellent glass adhesion", "a creamy appearance", "reduced frosting compared to conventional soy waxes", "Low frosting, minimal blooming" "Pour Temperature 80°C – 90°C" No adhesion figure, test, or temperature at which a gap forms
Premium Coconut Soy CSI 468 ₹650 "Formulated for excellent glass adhesion and a one-pour finish", "Rich, opaque appearance with minimal frosting" "Pour Temperature 58°C – 60°C" — the lowest stated in the range Same: no figure, no method, no threshold
Luxury Soy Wax Chunks ₹599 Silent on adhesion and appearance "Recommended pour temp 75-80°C"; the how-to steps say "Pour at 70-80°C" Anything about the wall of the jar
Eco Soy CSI 400 ₹399 "smooth, creamy candles that set beautifully — often in just one pour" · silent on adhesion Not stated; fragrance added at "85°C (185°F), stir gently for 2 minutes, and pour directly" No pour window, nothing on the glass
Natural Soy Pearl Wax ₹450 Silent on both Not stated Load, temperatures, appearance — all absent
Premium Coconut Soy Wax ₹920 Silent on both Not stated Load, temperatures, appearance — all absent

Read that table the way a buyer should. "Excellent glass adhesion" on the CSI 464 and CSI 468 pages is the formulator's description, not a result you can check. There is no number behind it, no test method, no pass mark and no statement of the conditions under which it holds. It is a reasonable thing for a page to say and it is not a promise that your jar will be clean. Meanwhile four of CSI's soy and coconut-soy waxes say nothing about the glass whatsoever — and a silent page is information too: it means the wax has to earn its place in your vessel through your own test.

Two ceilings, use the lower one
The CSI 464 page states a pour temperature of 80–90°C. The Clear Glass Jar with Golden Lid page states it is "Safe for hot pour up to 85°C". Those two stated numbers only overlap between 80°C and 85°C, so on that pairing 85°C is your ceiling, not 90°C. The same arithmetic applies to the Apothecary Glass Candle Jar with Dome Lid, whose page also states hot-pour up to 85°C. Where a wax and a jar each publish a limit, the lower limit governs — and write the figure you actually used on the log.

What to buy to run this test properly

Three things make the 72-hour log worth doing: a clear jar you can see through, a wax whose page gives you a temperature to work to, and the two instruments. Each card below shows every listed pack, the live price and the per-unit maths.

1
The wax with the most stated detail
Luxury Soy Wax CSI 464 (Flakes)
The sensible wax for a first adhesion log, because its page gives you the most to work with: a stated fragrance load of up to 10%, a stated melting point and pour temperature of 80–90°C, "ideal for single-pour container candles", and the adhesion and frosting wording quoted above. One CSI customer, Thenirvaofficial, calls it "one of the best wax for container Candles. Easy to work with, especially if you are a beginner." Note the page's own oddity: the stated melting point equals the stated pour temperature, which is unusually high for a soy — so log your real reading and respect the jar's 85°C limit.
Size Price Per kg 150g candles @ 8%
500 g ₹260 ₹520 ≈3
1 kg ₹507.40 ₹507.40 ≈7
5 kg ₹2,537 ₹507.40 ≈36
10 kg ₹5,074 ₹507.40 ≈72
₹70.02 of wax per 150 g candle at 1 kg pricing Buy CSI 464
2
The lowest stated pour window in the range
Premium Coconut Soy Wax CSI 468 (Flakes)
The useful second candidate, and not because it is dearer. Its stated 58–60°C pour temperature is the lowest published on any CSI wax page, with a stated melting point of 50–53°C and a load of up to 13%. That matters for this diagnosis: a wax poured in the high fifties and a wax poured in the eighties meet the glass in very different states, so running the same jar and the same oil on both is the cleanest way to see whether pour temperature is doing anything in your workshop. Its page states "excellent glass adhesion" and a "rich, opaque appearance with minimal frosting" — treat both as claims to verify, not as specifications.
Size Price Per kg 150g candles @ 8%
500 g ₹325 ₹650 ≈3
1 kg ₹650 ₹650 ≈7
5 kg ₹3,185 ₹637 ≈36
10 kg ₹6,370 ₹637 ≈72
₹89.70 of wax per 150 g candle at 1 kg pricing Buy CSI 468
3
The jar that shows you the defect
Clear Glass Jar with Golden Lid (150 gram)
For a diagnostic batch you want the most unforgiving vessel you own, and this is it: clear glass, a stated 150 g fill capacity, 8 cm tall, 7 cm outer diameter, base diameter about 6.5 cm, described on the page as thick-walled and "Safe for hot pour up to 85°C". Six jars of a ten-pack run the log and four are left for the follow-up test. One CSI buyer, Soumili Gope, says simply "The jars were of good quality". For how a jar's shape and wall change what you see, read the guide to choosing glass jars.
Size Price Per piece
Pack of 10 ₹944 ₹94.40
Pack of 20 ₹1,888 ₹94.40
₹94.40 per jar at both listed pack sizes Buy the 150 g clear jar
Don't run your first adhesion log in a frosted or coloured jar. It is a tempting shortcut — the patches barely show — but for a diagnostic batch it defeats the purpose. You cannot grade a defect you cannot see, and you will conclude the problem is solved when it has only been hidden. Keep clear glass for testing. Choosing a frosted vessel for the finished product is a completely legitimate commercial decision, and often the cheapest one available, but make it after you know what your candle actually does — not instead of finding out.
Running the log on two waxes at once? CSI 464 1 kg at ₹507.40 and CSI 468 1 kg at ₹650 give you the widest gap between stated pour windows — 80–90°C against 58–60°C. For 25 kg and above, or recurring orders, bulk pricing and GST invoicing are handled on WhatsApp.
Ask for bulk pricing

The order to change things in

Every expensive candle-making mistake has the same shape: solving a ₹0 problem with a ₹6,370 purchase.

Once the log confirms an air gap, you have a queue of candidate fixes. Work it in cost order, not in order of how satisfying each one feels. The table below is the queue for a delayed, day-two gap specifically — the sequence shifts slightly for gaps that are visible the moment the wax sets, which is a different post in this cluster.

Change queue for a day-two gap · cheapest first
What each step costs you, what it costs your process, and how you know it worked
# Change Cash cost Added labour per candle How you know it worked
1 Keep jars and cooling candles out of a draught and off cold stone ₹0 None Same pot, two positions, paired photographs at 48 hours
2 Clean and dry the inner wall before wicking ₹0 beyond what you already own Seconds per jar Cleaned against as-received jars from one pot, one day
3 Move pour temperature within the wax page's stated window ₹0 — you own the thermometer None A short ladder judged on the wall and the top surface
4 Warm the glass before pouring ₹0 to low Real — this is the one that adds minutes at scale Half the batch warmed, half not, same minute
5 Drop the fragrance load by a percentage point Saves money, costs throw None Unscented control in the same batch as the baseline
6 Change the vessel — frosted, matte or coloured glass ₹70.80 per jar for a Clear Frosted Glass Jar against ₹94.40 clear None It is not a fix, it is a decision — and often the right one
7 Change the wax ₹507.40 to ₹920 per kg; ₹5,074 to ₹6,370 at 10 kg Re-testing wick and load from scratch Candidate waxes in your actual jar, same day, scored

The gap between row 1 and row 7 is the entire commercial argument of this series. A free change of cooling position and a free change of pour temperature, tested properly, resolve a great many day-two gaps. A 10 kg wax change costs ₹5,074 at CSI 464 pricing and then costs you a second round of wick testing on top. If you do reach row 7, reach it with a log in your hand and a scorecard ready, and read the jar-candle wax comparison before you commit.

The jar did not get wet overnight. You simply watched a gap finish opening, and gave it the wrong name.
— CandleMakingSuppliesIndia
Why trust this guide

CANDLEMAKINGSUPPLIESINDIA supplies raw materials, not finished candles. The commercially convenient answer to this question would be "your wax is wrong, buy a different one" — and a 10 kg bag is a far better sale than a ₹354 weighing scale. We are telling you to weigh the jar first because the maker who diagnoses the real cause keeps pouring, and the maker who replaces 10 kg of wax for a cooling problem concludes that candle making does not work.

Every price and pack size on this page comes from live CSI stock in September 2026 and links to the product page, where current pricing always takes precedence. Specifications are quoted only where the product page states them: the adhesion and appearance wording for CSI 464 and CSI 468, the pour temperatures for CSI 464, CSI 468 and Luxury Soy Wax Chunks, and the 85°C hot-pour limit on the Clear Glass Jar with Golden Lid. Where a page is silent — and four of CSI's soy and coconut-soy waxes are silent on appearance and adhesion — we say so rather than filling the gap. No contraction rate, coefficient, adhesion score or threshold temperature is published by any CSI page, and none is invented here.

For help comparing two waxes in a specific jar, bulk pricing, GST invoicing, MSDS or IFRA documentation, message us on WhatsApp at +91 7397976926.

Frequently asked questions

Are wet spots in candles actually water?
No. A sealed jar candle cannot acquire liquid after it has been poured, and the proof takes four minutes: weigh the jar at pour and again at day two and the reading does not change — 0 g gained. What you are seeing is an air gap where the wax has contracted off the glass. Because light now meets two surfaces at the wall instead of one, the gap reads as a dark, damp patch. Tilt the jar under a lamp and the patch shifts shade; a real liquid would not.
Why do wet spots appear two days after pouring and not straight away?
Because molten wax is pressed against the glass by its own weight and wets it completely, so a fresh pour always looks flawless. Soy contracts as it solidifies and keeps responding to temperature afterwards, so the wall can let go hours or days after the top surface has set hard. The delay is useful information: it means nothing that happened in storage caused it, and it points you at cooling rate, cooling position, glass temperature at the pour and pour temperature.
Is a candle with wet spots safe to burn or to sell?
An air gap at the wall is a cosmetic matter — it does not by itself make a candle unsafe or change how it burns. Whether it is sellable is your brand's decision, not a technical one, and later posts in this cluster show how to set that tolerance with photographs and a pilot count. Genuine safety faults are different and those candles do not ship: cracked or chipped glass, a wick leaning against the wall, a wick that clogs, or a jar that becomes too hot to hold.
Does CSI's wax state anything about glass adhesion?
Two pages do, as wording rather than measurement. Luxury Soy Wax CSI 464 states "excellent glass adhesion" and "reduced frosting compared to conventional soy waxes"; Premium Coconut Soy CSI 468 states it is "formulated for excellent glass adhesion and a one-pour finish". No CSI page publishes an adhesion figure, a test method or a threshold temperature, and Luxury Soy Wax Chunks, Natural Soy Pearl Wax and Premium Coconut Soy Wax say nothing about it at all — which is why your own jar test decides.
Should I raise my pour temperature to fix wet spots?
It is a reasonable thing to test, in a small ladder, inside whatever window your wax page states — and judged on both the jar wall and the top surface, because hotter can help one and hurt the other. Respect the vessel too: CSI 464 states a pour of 80–90°C while the Clear Glass Jar with Golden Lid states hot pour up to 85°C, so on that pairing 85°C is the ceiling. Change one variable, keep the wax batch and the day the same, and photograph both halves.
How much does it cost to run the 72-hour log?
Six 150 g jars consume ₹1,425.73 of materials — 828 g of CSI 464 at ₹420.13, 72 g of Lavender Fragrance Oil at ₹388.80, six jars at ₹566.40, six Thin (C1) wicks at ₹35.40 and six stickers at ₹15. The cart for those five lines is ₹2,150.40, or ₹2,858.40 adding the ₹354 weighing scale and ₹354 pen thermometer, which you keep. Compare that with ₹5,074 for 10 kg of CSI 464 bought on a guess.
Weigh it before you replace it
Six jars, five readings, one page of notes — and the end of guessing what a wet spot is.
Luxury Soy Wax CSI 464 at ₹507.40/kg with a stated 80–90°C pour, Premium Coconut Soy CSI 468 at ₹650/kg with the lowest stated pour window in the range at 58–60°C, Clear Glass Jars with Golden Lid at ₹94.40 each, Eco Candle Wicks from ₹59 for 10, and the two ₹354 instruments that make a log possible. Message us for bulk pricing, GST invoicing and documentation.
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Editorial standards & sources
About this guide: Written by the CANDLEMAKINGSUPPLIESINDIA team. Product recommendations reflect the CSI range; the 0 g weight proof, the 72-hour log and the change queue apply to any supplier's wax and any clear vessel.

Customer reviews: The five reviews at the top of this page are genuine, published Judge.me reviews left by CSI customers on their product pages. Names, star ratings, dates and products are as recorded by Judge.me; one longer review is shortened with an ellipsis and otherwise unedited.

Figures verified September 2026: Luxury Soy Wax CSI 464 — 500 g ₹260, 1 kg ₹507.40, 5 kg ₹2,537, 10 kg ₹5,074; stated "Fragrance Load Up to 10%", "Melting Point 80°C – 90°C", "Pour Temperature 80°C – 90°C", "excellent glass adhesion", "a creamy appearance", "reduced frosting compared to conventional soy waxes", "Low frosting, minimal blooming", "Ideal for single-pour container candles". Premium Coconut Soy CSI 468 — 500 g ₹325, 1 kg ₹650, 5 kg ₹3,185, 10 kg ₹6,370; stated "Fragrance Load Up to 13%", "Melting Point 50°C – 53°C", "Pour Temperature 58°C – 60°C", "Formulated for excellent glass adhesion and a one-pour finish", "Rich, opaque appearance with minimal frosting". Luxury Soy Wax Chunks — 1 kg ₹599, 10 kg ₹5,999; stated pour temp given two ways on the same page, "Recommended pour temp 75-80°C" and "Pour at 70-80°C"; silent on adhesion. Eco Soy CSI 400 1 kg ₹399, fragrance added at "85°C (185°F), stir gently for 2 minutes, and pour directly". Natural Soy Pearl Wax 1 kg ₹450 and Premium Coconut Soy Wax 1 kg ₹920, both silent on appearance, adhesion, load and temperatures. Clear Glass Jar with Golden Lid (150 gram) — pack of 10 ₹944, pack of 20 ₹1,888 (₹94.40 per jar); stated "150g fill capacity", "Height 8cm, outer diameter 7cm", base diameter approximately 6.5 cm, "Safe for hot pour up to 85°C", described as thick-walled. Clear Frosted Glass Jar pack of 5 ₹354 (₹70.80 per jar). Apothecary Glass Candle Jar with Dome Lid — stated "Safe for hot-pour up to 85°C". Lavender Fragrance Oil 100 gm ₹540 (₹5.40 per gram). Eco Candle Wicks Thin (C1) 10 wicks ₹59 (₹5.90 each). Candle Wick Stickers 1 sheet of 40 ₹100 (₹2.50 each). Candle Making Weighing Scale ₹354. Pen Thermometer ₹354. Planning assumptions, labelled: fragrance load is calculated as a share of the finished candle, so a 150 g candle at 8% is 138 g of wax and 12 g of oil (the CSI 464 and Luxury Soy Wax Chunks pages phrase their own loads as a percentage of total wax weight; both conventions exist and this page states which it uses). Wax cost per candle = 1 kg price ÷ 1,000 × 138 g: CSI 464 ₹0.5074/g × 138 = ₹70.02; CSI 468 ₹0.65/g × 138 = ₹89.70. Test consumption: 6 × 138 g = 828 g wax at ₹420.13, 6 × 12 g = 72 g oil at ₹388.80, 6 jars at ₹566.40, 6 wicks at ₹35.40, 6 stickers at ₹15, total ₹1,425.73, or ₹237.62 per test candle. One wick per single-wick candle. No contraction rate, coefficient, adhesion score or threshold temperature is published by CSI and none is stated here. Prices and availability change — the linked product pages are always authoritative.
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