I Added Fragrance Oil When My Wax Was Much Hotter Than Recommended — Should I Assume the Fragrance Is Damaged or Test the Candle Before Remelting It?
शेयर करना
Pen thermometer ₹354 Fragrance oils from ₹68.44 / 15g · soy wax from ₹299 / 500g Stocked in India · ships nationwide
CSI batch rescue guides · overshot temperature
A thermometer reading is not a result. Remelting cannot take heat back out of a batch — so test the candle before you give it a second dose.
★★★★★
"Very good"
Reena BagalVerified buyer · Oct 2025
Sandalwood Fragrance Oil
★★★★★
"Fresh and soothing"
Yashvi ShahVerified buyer · Jul 2025
Blue Ocean Fragrance Oil
★★★★★
"One of the best fragrance oils"
AnonymousVerified buyer · Jul 2025
Dark Vanilla Fragrance Oil
★★★★★
"Frangance is sooo good"
Sneha TamangVerified buyer · May 2025
Cinnamon Vanilla Fragrance Oil
★★★★★
"Highly recommended for candle making. Convenient to use."
Mohabatti Ki DukaanVerified buyer · Jan 2026
Mini Electric Wax Melter
★★★★★
"Nice glass jars, they look cute. I like the packaging as well."
AshwiniSep 2025
White Matte Glass Jar
★★★★★
"Very good"
Reena BagalVerified buyer · Oct 2025
Sandalwood Fragrance Oil
★★★★★
"Fresh and soothing"
Yashvi ShahVerified buyer · Jul 2025
Blue Ocean Fragrance Oil
★★★★★
"One of the best fragrance oils"
AnonymousVerified buyer · Jul 2025
Dark Vanilla Fragrance Oil
★★★★★
"Frangance is sooo good"
Sneha TamangVerified buyer · May 2025
Cinnamon Vanilla Fragrance Oil
★★★★★
"Highly recommended for candle making. Convenient to use."
Mohabatti Ki DukaanVerified buyer · Jan 2026
Mini Electric Wax Melter
★★★★★
"Nice glass jars, they look cute. I like the packaging as well."
AshwiniSep 2025
White Matte Glass Jar
Reviews collected and published through Judge.me on candlemakingsuppliesindia.store. Wording is unedited.
✓ Stated flash points quoted only where the page gives one ✓ Stated add temperatures published per wax ✓ Documentation & bulk pricing on WhatsApp
Candle Business Guides · Batch Rescue
Test it. Adding at 120°C on a wax whose page states 80–90°C puts you 30°C above the band — and that number tells you what you did, not what you got. Nothing on any product page converts degrees of overshoot into lost throw, and remelting cannot take heat back out of a batch; it only adds another cycle. Cure, burn, compare, then decide.
+30°C
above the top of the wax page's stated 80–90°C add band · a three-candle control poured at the correct temperature costs ₹723 and answers it · CSI live pricing, September 2026
Quick answers — read this first
Is the fragrance damaged? Unknown, and nobody can tell you from a temperature alone. No CSI page — wax or oil — publishes a relationship between add temperature and finished throw. The honest answer is that the batch is now untested, in exactly the way any changed formula is untested.Should I remelt it straight away? No. Remelting adds heat, it does not remove it. If the overshoot genuinely cost you something, a second cycle at 80–90°C makes the total heat history worse, not better. Remelt only after a test tells you the candle is not sellable.
Isn't the flash point the point? It is a different number for a different purpose. A flash point is a fire-safety property of the liquid oil — the temperature at which its vapour can be ignited by an ignition source. An add temperature is the wax page's instruction about when oil dissolves properly. They are not interchangeable.
What does the test cost? Three candles from the suspect batch, plus a matched three-candle control poured at the stated temperature from the same wax and oil — ₹723 of material. Cure both 14 days and burn them side by side.
The short answer
Write down the overshoot, then stop reasoning from it: "added at 120°C, page states 80–90°C, +30°C" is a logbook entry and a prevention lesson. It is not evidence about the candle in front of you.
Separate the two temperatures for good: the wax page's add band governs solubility; the oil page's flash point, where one is published, governs fire safety while you handle the liquid. Of CSI's 107 fragrance-oil pages, 18 publish a specific measured flash point, 32 publish only a "> 93°C" threshold and the rest publish none — and a threshold is never a measurement.
Then run a controlled comparison, not an argument: a three-candle control at the correct temperature is the only thing that makes the suspect three interpretable. Blind-score cold throw, time to a full melt pool, hot throw at 30 and 120 minutes, soot and surface.
In this guide
The dashed line is the only fact you actually have. It sits 30°C above the band the wax page publishes and it sits below every stated flash point on the lower row except three — and none of that tells you how the candle smells. That is the whole argument for testing rather than assuming: the numbers you can read describe the process, and only a cured burn describes the product.
Stated flashpoint 203°C
Sandalwood Fragrance Oil · from ₹93.22
The reading that prevents this
Pen Thermometer · ₹354
Need the SDS for your oil?
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Straight answer
My wax was far hotter than the stated add temperature — should I assume the batch is ruined?
No. Assume it is untested, which is a different and much cheaper conclusion. Take a 6 kg batch at 8% of wax weight: 480 g of oil, 6,480 g finished, 32 × 200 g candles holding about ₹8,112.80 of wax, oil, glass, wicks and stickers — ₹241.00 a candle. If you added at 120°C where the Luxury Soy Wax Chunks page states 80–90°C, you are 30°C over, and that is a fact about your process. It is not a measurement of your candle, because no CSI page publishes a relationship between add temperature and finished throw, and we are not going to invent one. Two things follow. First, keep the numbers straight: the wax page's add band is about getting oil into solution; a flash point on an oil page is a fire-safety property of the liquid — the temperature at which its vapour can be ignited by an ignition source — and the two are not the same kind of instruction. Only 18 of CSI's fragrance-oil pages publish a specific value; Sandalwood states 203°C, Neroli states 85°C, and 32 pages publish only a "> 93°C" threshold that must never be read as a measurement. Second, do not remelt on instinct: remelting adds a heat cycle and cannot remove one, so if heat did cost you throw, a second pass makes it worse. Pour a matched three-candle control at the stated temperature from the same wax and oil — ₹723 — cure both sets 14 days, and burn them blind side by side. The test costs 9% of the batch and is the only thing that turns a thermometer reading into a decision.
One line: +30°C is a logbook entry, not a verdict — pour a ₹723 control at the right temperature, cure both, burn blind, and let the candle decide whether 32 candles get remelted.
The test needs three more candles' worth of the same wax and oil, three jars and three wicks — about ₹723. The prevention needs one thing: a Pen Thermometer at ₹354 read in the wax, mid-depth, not against the pot wall.
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Two temperatures that are not the same number
Almost every panic about a hot addition is really a collision between two figures that were never meant to be compared.
The confusion is understandable, because both are temperatures printed on CSI pages and both are measured in degrees Celsius. But they come from different documents, describe different physical events and answer different questions. Getting them apart is most of the work on this page.
Add temperature vs flash point · defined side by side
Where each number comes from, what it governs, and what it cannot tell you
| Stated add temperature | Stated flash point | |
|---|---|---|
| Printed on | The wax product page | The fragrance oil product page, where the page gives one |
| What it describes | The temperature band at which that wax takes oil into solution properly | A property of the liquid oil: the temperature at which the vapour above it can be ignited by an ignition source |
| What it is for | Formulation — a homogeneous batch and an even load across every jar | Handling and storage safety while the oil is a liquid in your workroom |
| Typical figures at CSI | 80–90°C on Luxury Soy Wax Chunks; 80–90°C with 85°C named on Eco Soy CSI 400; a 58–60°C pour on CSI 468 | 85°C to 206°C across the 18 oil pages that publish a value; a further 32 pages publish only "> 93°C" |
| If you exceed it | You are outside the wax maker's stated instruction. The batch is no longer the formula you tested | A handling risk while the liquid is hot and open, which is a reason to keep ignition sources away — not a statement about the cured candle |
| What neither tells you | Whether your finished candle smells the way you intended. No CSI page connects either figure to measured throw, and this guide does not either | |
The mistake: treating "> 93°C" as a flash point of 93°C. Thirty-two CSI oil pages carry the shared perfume-grade line "Flash point > 93°C (suitable for alcohol-based products)". That is a threshold statement, not a measurement — it says the value is above 93°C without saying how far above. Writing "my oil's flash point is 93°C" and then reasoning from it is how makers convince themselves a batch is ruined, or, worse, convince themselves a high add temperature was fine. Only where a page gives a specific figure — Sandalwood 203°C, Jasmine 185°C, Blue Ocean 143°C (290°F) — do you have a number to work with, and 56 pages give none at all. Where your oil's page is silent, do not borrow a figure from a similar scent: ask for the documentation, including the SDS where one exists, on WhatsApp.
One genuine safety point falls out of putting the two on the same scale. A few stated flash points sit at or just above a typical soy add band. The Neroli page states 85°C, the Palo Santo page states 93°C and the Gardenia page states 98°C — all within or close to the 80–90°C band the Chunks page specifies. Where that is true of your oil, work at the bottom of the wax's stated band rather than the top, keep the melt away from any open flame or spark while the oil is going in, ventilate, and add off the heat source rather than over it. That is ordinary handling care, not a regulatory claim, and it applies with more force when your thermometer has already proved it can read 30°C low.
Every stated flash point, against the add band
This is the complete set of specific values CSI's fragrance-oil pages publish — not a selection, and not filled in where a page is silent. Read the right-hand column carefully: it is the only comparison that matters, and for most oils in the range the answer is simply that there is no published figure to compare.
The oils whose pages state a specific flash point · verbatim figures
Each stated value against the 80–90°C add band the Luxury Soy Wax Chunks page publishes
| Fragrance oil | Stated flash point | Relative to an 80–90°C add band | 50 gm | 500 gm |
|---|---|---|---|---|
| Neroli | 85°C | Inside the band — work at the bottom of it, keep ignition sources away | ₹342.20 | ₹3,327.60 |
| Palo Santo | 93°C | Just above the band | ₹300.90 | ₹3,009 |
| Gardenia | 98°C | Just above the band | ₹223.02 | ₹2,166 |
| Cinnamon Vanilla | 270°F, page also gives 132°C | Well above; below a 120°C overshoot only by 12°C | ₹354 | ₹2,714 |
| Citronella | 270°F | Well above the band | ₹383.50 | ₹1,475 |
| Blue Ocean | 143°C (290°F) | Well above the band | ₹247 | ₹2,478 |
| Jasmine | 185°C | Well above the band | ₹230 | ₹1,961 |
| Sage and Cedarwood | 190°C | Well above the band | ₹354 | ₹2,584.20 |
| British Rose | 192°C | Well above the band | ₹212.40 | ₹1,593 |
| Dark Vanilla | ~191-193°C | Well above the band; the page states it as a range | ₹410 | ₹3,840 |
| Roasted Coffee | ~191-193°C | Well above the band; the page states it as a range | ₹230 | ₹1,890 |
| Cinnamon | 193°C | Well above the band | ₹330.40 | ₹2,950 |
| Ylang Ylang Flower | 193°C | Well above the band | ₹330.40 | ₹2,714 |
| Eucalyptus Spearmint | 199°C | Well above the band | ₹212.40 | ₹1,652 |
| Verbena | 200°C | Well above the band | ₹330.40 | ₹2,478 |
| Sandalwood | 203°C | Well above the band | ₹271.40 | ₹2,513.40 |
| Vanilla Bean | 203°C | Well above the band | ₹410 | ₹3,840 |
| Vetiver | 206°C | Well above the band; the highest stated value in the range | ₹354 | ₹2,900 |
Quoted above: every flash point is the product page's own wording, including the two pages that give a range and the two that give a Fahrenheit figure. These are the only specific values CSI publishes: a further 32 pages state just "Flash point > 93°C (suitable for alcohol-based products)", one states "Available on request / SDS", and 56 state nothing about flash point at all. No figure here has been converted, rounded, inferred or borrowed from a similar scent. The 80–90°C comparison band is the add temperature stated on the Luxury Soy Wax Chunks page; your own wax's band may differ, and CSI 468's stated pour is far lower at 58–60°C. Prices are the listed 50 gm and 500 gm variants; Vetiver's 1 kg variant is currently sold out while its smaller sizes are listed.
What the pages do not say, and what to ask for instead
No CSI fragrance-oil page states a shelf life, a storage temperature, a hazard or transport classification, a GC-MS or lab report, or an IFRA certificate number — and this guide will not supply any of those. Two pages mention an SDS; one of those, Zesty Lemon, uses it in place of a flash point ("Available on request / SDS"). If your decision genuinely turns on a documented property of the oil rather than on how the candle burns, ask for the documentation on WhatsApp rather than reasoning from a figure on a similar listing. Pages that mention IFRA may be described as mentioning it; CSI supplies documentation on request and does not publish certificates.Why remelting cannot undo heat
This is the sentence that should stop your hand on the melter switch: there is no such thing as a cooling correction.
Every other rescue in this series works because something can be added or diluted. Too much oil is corrected with wax; too little with oil; a forgotten step with a reheat. An overshoot is the one error with no inverse operation. Whatever an excessive temperature did or did not do to the batch, it happened, and putting the wax back on the heat to "fix" it means the batch has been through the overshoot plus a second full cycle. If heat is the problem, remelting is more of the problem.
Remelt now vs test first · 32 candles at ₹241.00 each
What each path costs, and what each one can and cannot achieve
| Path | Spend | Time | Can it reverse the overshoot? | What you know at the end |
|---|---|---|---|---|
| Remelt the 32 candles immediately | ₹495 in fresh wicks and stickers, plus whatever wax you lose | Half a day, then 14 days of cure from scratch | No — it adds a cycle | Nothing about the overshoot; you have simply made an unmeasured batch worse-documented |
| Remelt and top up with extra oil "to compensate" | ₹495 plus oil, and a load change | Half a day, then 14 days | No, and it introduces a second error | A new load that may breach your wax's stated ceiling — 8% on Chunks becomes 10% or more with no test behind it |
| Pour a control and test | ₹723 — three candles' worth of the same wax, oil, jars and wicks | 14 days of cure you are spending anyway, plus two evenings of burning | It does not try to | Whether these 32 candles are sellable — which is the only question that matters |
| Sell the 32 untested | ₹0 | None | — | Nothing, until a customer tells you |
| Write off the batch | ₹8,112.80 of material | None | — | Nothing, and you have paid the maximum price for a temperature reading |
Do not "compensate" with more oil. The reasoning sounds plausible — if some fragrance was lost to heat, add more to make it up — and it fails on two counts. First, you have no measurement of how much was lost, so any figure you add is invented; second, you are now changing the load, which is a separate error with its own consequences. A 6 kg batch at 8% of wax weight holds 480 g of oil; the Luxury Soy Wax Chunks page states a ceiling of 13% of total wax weight, which is 780 g, and CSI 464 states 10%, which is 600 g. Push past the stated ceiling and the surplus stops dissolving and starts sweating, as set out in can too much fragrance oil make a candle smell weaker. If a test shows the throw genuinely is thin, the legitimate lever is a documented load increase on the next batch, worked out the way the under-load rescue does it.
The control batch, and what to score
A suspect candle on its own is uninterpretable, because "does this smell strong enough?" has no answer without a reference. The test that works is a matched control: three candles poured from the same wax and the same oil at the same load, into the same jars with the same wicks, with the single difference being that the oil went in inside the stated band. Everything else held constant, one variable changed.
1
Log the overshoot precisely before you do anything elseWrite the actual reading, where you took it, the wax, the oil, the load and the page's stated band: "added at 120°C measured mid-depth; Luxury Soy Wax Chunks page states 80–90°C; 6,000 g wax, 480 g Sandalwood, 8% of wax weight." A vague memory of "it was too hot" cannot be compared with anything later.
2
Set aside three of the 32 candles as the suspect armTake them from different points in the pour — first, middle and last jar — because if the batch is uneven you want to see that too. Label them S1, S2, S3 and put them with the rest to cure. They cost you nothing extra; they are already made.
3
Pour a three-candle control, correctly, today555.56 g of the same wax and 44.44 g of the same oil — 8% of wax weight, three 200 g fills. Melt, bring to 85°C, add, stir two minutes, cool to the stated pour band and pour into three identical jars with identical wicks. Material cost ₹723. Label them C1, C2, C3.
4
Cure both arms together for 14 daysSame room, same temperature, lids on, out of light. Both arms must cure for the same number of days or the comparison is worthless — cure moves perceived strength more than most process faults do, which is exactly why it has to be held constant here. Score cold throw at day 7 and day 14 with the lids off for two minutes first.
5
Burn blind, in pairsHave someone else remove the labels and give you one S and one C, unmarked, in a closed room with no competing scent. Burn each for up to three hours. Record time to a full melt pool reaching the glass, flame height, mushrooming, soot on the glass, surface appearance, and throw at 30 and 120 minutes on a 1–5 scale. Repeat with the second and third pair on separate days.
6
Decide on the scores, not on the thermometerThree pairs, blind, is enough to tell a real difference from an anxious one. If you cannot reliably pick the control, you do not have a fragrance problem. If you can, the size of the gap tells you which row of the outcomes table below applies — and the reading of 120°C never enters the decision again except as a prevention note.
What the test costs against what the batch is worth · CSI live pricing, September 2026
A 6 kg batch, 32 candles, and the three-candle control that makes them interpretable
| Line | Per candle | The 32-candle batch | The 3-candle control |
|---|---|---|---|
| Wax — 185.19 g at ₹599/kg | ₹110.93 | ₹3,594 for 6 kg (5 kg + 1 kg packs) | ₹332.78 for 555.56 g |
| Oil — 14.81 g of Sandalwood at ₹5.0268/g | ₹74.47 | ₹2,513.40 for the 500 gm bottle | ₹223.42 for 44.44 g |
| Jar at ₹47.20 | ₹47.20 | ₹1,510.40 | ₹141.60 |
| Eco Candle Wick Thin (C1) at ₹5.90 | ₹5.90 | ₹295 for the 50-pack | ₹17.70 |
| Wick sticker at ₹2.50 | ₹2.50 | ₹200 for two 40 sheets | ₹7.50 |
| Total | ₹241.00 | ₹8,112.80 | ₹723 |
| The test as a share of the batch | — | — | 8.9% |
The CSI principle
A thermometer records what you did. Only a cured candle records what you got.
Degrees above a band are a process fact, and process facts are for the logbook and the next batch. They are not evidence about the thirty-two candles on your bench, and acting on them — by remelting, by dosing more oil, by writing the batch off — spends real money to settle an argument that ₹723 and fourteen days would have settled with data.
Four test outcomes, four decisions
The point of running a test is that you commit to acting on it, including when it tells you something you do not want to hear. These are the four results you can get and what each one honestly permits.
Blind-scored result · what it permits and what it forbids
Reading the three pairs, and the action each outcome supports
| What the test showed | What it means | What to do with the other 29 | What you must not do |
|---|---|---|---|
| You cannot pick the control | No detectable difference at day 14 on your own scoring | Sell them. Record the overshoot on the batch sheet and move on | Describe the batch as identical to previous production — it is a different process run, and your logbook should say so |
| Control is slightly stronger, suspect still good | A real but small gap | Sell them, or hold them back for a channel where the gap does not matter — testers, samples, a lighter listing | Remelt. You would be spending ₹495 and a second heat cycle to chase a difference you can barely detect |
| Control clearly stronger; suspect reads thin | Something did cost you throw — heat, or something else in this run | Repurpose rather than remelt: wax melts in empty melt containers at ₹29.50 each are judged on a warmer, not on a wick, and a thin candle can still be a serviceable melt | Remelt and re-dose to "rescue the smell". You cannot measure what to add, and you risk the stated ceiling |
| Surface film, sweating or separation in either arm | A solubility problem, not a heat-history problem — check the load arithmetic | Do not sell these. Work through why your candle is sweating fragrance oil and recheck the grams that went in | Wipe the film off and ship it. Surface oil is a symptom, and it comes back |
| Cracked or crazed glass in any jar | A safety matter, independent of the fragrance question | Bin the jar. Recover the wax if you want it, but the vessel does not go back into a sellable candle | Sell any candle in a jar with a hairline crack at any price |
Note what the third row does not say. It does not say "remelt and sell as a cheaper candle", because a remelt is a third heat cycle on wax whose throw has already tested thin — you would be spending ₹495 and half a day to produce something you have already measured as weak. Repurposing is the honest route: the wax still melts, still scents a warmer, and 29 candles' worth of wax fills a great many melts. What it also does not say is "write it off", because at ₹8,112.80 a write-off is the most expensive possible response to a test you have only just run.
Testing properly needs matched parts, not new ones: the same oil, the same jar and the same wick as the suspect batch. Eco Candle Wicks are ₹5.90 each at every pack size and fragrance bottles run to a listed 1 kg — above that, and for recurring volumes, pricing and GST invoicing are on WhatsApp.
Order in bulk on WhatsApp
How a 30°C overshoot happens
Worth understanding, because the answer is almost never carelessness. Three mechanisms account for most of these, and two of them are documented on CSI's own equipment pages.
The first is the gap between a display and the wax. The imported Electric Wax Melter page states a display range of 60°C to 100°C and a ±10°C deviation. That is the page's own figure and it is honest of it: a machine reading 90 may hold wax at 100, and if you then add on top of a hot base layer you are further along than you think. The second is the setting, not the target. The Mini Electric Wax/Soap Melter page puts Gear I at approximately 70–85°C and Gear II at up to 100–120°C, while also stating that "the ideal melting range for most candle waxes is 80–90°C" — so leaving a pot on the higher gear while you do something else is a documented route to 120°C without any error of judgement at all. The third is where the probe sits: a thermometer resting against the pot wall or lying in the top centimetre of the melt does not read what the oil meets when it goes in.
1
The oil in this worked example · stated flashpoint 203°C
Sandalwood Fragrance Oil
A useful oil to reason about because its page publishes unusually much: a stated flashpoint of 203°C, a candle load of up to 10% for soy wax and up to 6% for paraffin, a cure of 48-72 hours for soy, and 0% vanillin — no discolouration, which means a suspect batch can be judged on scent alone without a colour question confusing the comparison. A 6 kg batch at 8% of wax weight takes 480 g, which is one 500 gm bottle at ₹2,513.40 with 20 g over for the control. The ladder is flat from 100 gm upwards at ₹5.0268 per gram, so matching the control to the suspect batch costs no premium. One CSI customer, Reena Bagal, rates it simply "very good".
| Size | Price | Per 100g | 200g candles @ 8% of wax wt |
|---|---|---|---|
| 15 gm | ₹93.22 | ₹621.47 | ≈1 |
| 50 gm | ₹271.40 | ₹542.80 | ≈3 |
| 100 gm | ₹502.68 | ₹502.68 | ≈6 |
| 500 gm | ₹2,513.40 | ₹502.68 | ≈33 |
| 1 kg | ₹5,026.80 | ₹502.68 | ≈67 |
₹74.47 of oil in each 200g candle at 8% of wax weight Buy Sandalwood Fragrance Oil
2
The ₹354 instrument that ends this fault
Pen Thermometer for Candle Making
The single purchase that makes an overshoot unlikely, and it costs less than two candles' worth of material. Read it in the wax, mid-depth, away from the wall, and take a second reading in a different part of the pot before you accept the number — a batch that is 85°C at the top and much hotter at the base is not an 85°C batch. Used alongside a melter it also gives you something the machine's own display cannot: an independent number, which matters when the imported melter page itself states a ±10°C deviation. Pair it with a weighing scale at ₹354 and every number on your batch sheet becomes a measurement instead of an impression.
₹354 — the price of 1.5 candles, against ₹8,112.80 of batch Buy Pen Thermometer
3
If the test goes the other way · ₹29.50 each
Wax Melts Containers Empty (Heart and Square)
The honest destination for a batch that tests genuinely thin, and the reason "write it off" is almost never the right row of the outcomes table. A melt is judged on what a warmer releases rather than on what a wick can pull through a pool, so wax that reads quiet in a 200 g jar can still be a serviceable melt — and the 29 remaining candles hold 5,800 g of scented wax, which is a great many cavities. The containers are listed in Heart and Square at a flat ₹29.50 each from the pack of 5 to the pack of 100, and the page states they are made from heat-resistant plastic; it states no capacity, so weigh one filled cavity before you plan quantities. Note too that most CSI oil pages state a higher load band for melts than for candles — Sandalwood's page states up to 12% for wax melts against up to 10% for soy candles — so a repurposed batch is not being asked to do something it is under-specified for.
| Size | Price | Per piece |
|---|---|---|
| Square / Pack of 5 | ₹147.50 | ₹29.50 |
| Square / Pack of 10 | ₹295 | ₹29.50 |
| Square / Pack of 50 | ₹1,475 | ₹29.50 |
| Square / Pack of 100 | ₹2,950 | ₹29.50 |
₹29.50 each at every listed pack size, Heart or Square Buy Wax Melts Containers
Priced above: Sandalwood Fragrance Oil at its listed variants — 15 gm ₹93.22, 50 gm ₹271.40, 100 gm ₹502.68, 500 gm ₹2,513.40, 1 kg ₹5,026.80, a flat ₹5.0268 per gram from 100 gm upward. Pen Thermometer ₹354; Candle Making Weighing Scale ₹354. Wax Melts Containers Empty ₹147.50 for 5, ₹295 for 10, ₹1,475 for 50 and ₹2,950 for 100 in both Heart and Square — a flat ₹29.50 each, with no capacity stated on the page. The 29 remaining candles hold 29 × 200 g = 5,800 g of scented wax, plus the 80 g of batch spare. All flashpoint, load and cure figures are the product pages' own wording.
Aim at the middle of the band
Three habits, all free, and between them they remove every mechanism above. They are worth writing on the sequence card taped where you melt.
First, aim at the middle, not the top. If the page says 80–90°C, target 85°C. Thermometers lag, hobs overshoot and melters deviate, and a target at the top of a band leaves no room for any of it. Second, add off the heat. Lift the pot away or switch the element off before the oil goes in: the batch will not fall out of the band in the thirty seconds it takes to pour and start stirring, and the base layer stops climbing. Third, take two readings in two places, and treat the higher one as the truth. That single rule would have caught most 30°C overshoots before the bottle was opened.
Record the temperature you actually read, not the one you aimed at
The most valuable line in a batch sheet is the one nobody wants to write: target 85°C, actual 103°C. Over ten batches those pairs tell you whether your equipment runs hot, whether your thermometer lags, and which gear you should stop using — which is information no product page can give you about your own workroom. The Mini Electric Wax Melter page's own Gear I figure of approximately 70–85°C is a good example of why this matters: on a cold day that gear is a comfortable hold, and on a hot one it may sit at the top of your add band before you have done anything. One CSI customer, Mohabatti Ki Dukaan, calls the melter "highly recommended for candle making. Convenient to use." — convenient is exactly why it gets left on.Wax remembers every degree you gave it, and gives none of them back. So measure the candle, not the mistake.
— CandleMakingSuppliesIndia
Why trust this guide
CANDLEMAKINGSUPPLIESINDIA supplies raw materials, not finished candles. The page that sells the most here is the one that tells you a hot addition has destroyed your fragrance and you should buy 6 kg of wax and 480 g of oil again — about ₹6,107. Instead this page says the most likely outcome is that you cannot tell the difference, and that ₹723 of control candles will establish that for you. It also says plainly that if the test goes the other way, remelting will not save it.
Every figure here is quoted from a live CSI product page in September 2026 and links to it. Flash points are given only for the 18 oils whose pages state a specific value; the shared "> 93°C (suitable for alcohol-based products)" line on 32 other pages is a threshold and is never converted into a measurement, 56 pages state nothing about flash point, and no value is borrowed from a similar scent. A flash point is a fire-safety property of the liquid oil and not an instruction about when to add it — the two numbers are defined separately on this page for exactly that reason. Add and pour temperatures are quoted only where a wax page states them: 80–90°C add and 70–80°C pour on Luxury Soy Wax Chunks, 80–90°C with 85°C named on Eco Soy CSI 400, 50–53°C melt and 58–60°C pour on CSI 468. Stated loads are wax formulation limits, not regulatory limits. No CSI page publishes a relationship between add temperature and finished fragrance throw, and none is estimated here; that is why the answer is a controlled test rather than a percentage. No page states a shelf life, storage condition, hazard class, lab report or IFRA certificate number, and none is claimed. Cracked or crazed jars are not returned to sellable candles at any price.
For the documentation on a specific oil — including the SDS where one exists — bulk pricing, GST invoicing or IFRA documentation, message us on WhatsApp at +91 7397976926.
Frequently asked questions
Does adding fragrance oil too hot ruin the candle?
There is no published figure that turns degrees of overshoot into lost throw — not on CSI's wax pages and not on its oil pages — so the honest answer is that the batch is untested rather than ruined. Adding at 120°C where the page states 80–90°C is 30°C over, and that is a process fact for your logbook. The only way to know what it cost is a matched control poured at the stated temperature, cured the same number of days and burned blind against three suspect candles.
Is the flash point the temperature at which fragrance oil is damaged?
No. A flash point is the temperature at which the vapour above the liquid oil can be ignited by an ignition source — a fire-safety property relevant while you are handling hot open oil, not a specification for the cured candle and not a scent-degradation threshold. It is published on the oil page; the add temperature is published on the wax page and governs whether the oil dissolves evenly. Keep them separate. Of CSI's oil pages, 18 state a specific value from 85°C to 206°C.
Should I remelt the batch to fix it?
Not before testing, and usually not after. Remelting adds a heat cycle; it cannot remove one. If heat is what cost you throw, a second pass at 80–90°C makes the total history worse while costing ₹495 in fresh wicks and stickers for 32 candles, plus whatever wax stays in the jars and another 14 days of cure. Remelt only if a test shows the candles are not sellable and you have a use for the recovered wax — and even then, repurposing into wax melts is often the better call.
Can I add extra oil to make up for what the heat destroyed?
No — you would be guessing a quantity and changing the load at the same time. You have no measurement of any loss, so any top-up figure is invented, and the extra oil pushes you towards your wax's stated ceiling: 13% of total wax weight on Luxury Soy Wax Chunks, 10% on CSI 464. Past the ceiling the surplus does not dissolve and sweats to the surface, which is a worse and more visible fault than a slightly quiet candle. Test first; if the throw is genuinely thin, raise the load on the next batch with the arithmetic written down.
What temperature should I have added the fragrance at?
Whatever your wax's page states, aimed at the middle of the band. Luxury Soy Wax Chunks state add at 80–90°C and pour at 70–80°C; Eco Soy CSI 400 states 80–90°C, names 85°C, and asks for two minutes of gentle stirring; CSI 468 is far lower at a 50–53°C melt and a 58–60°C pour. Three CSI waxes state no temperatures at all, in which case use the figure you have recorded yourself.
How did my wax get to 120°C in the first place?
Usually equipment rather than carelessness. The Mini Electric Wax Melter page states Gear II as up to 100–120°C, so a pot left on the higher setting reaches it without any misjudgement; the imported Electric Wax Melter page states a ±10°C deviation on its display. Add a thermometer resting against the pot wall rather than in the wax, and 30°C of error is easy. Take two readings in two places and believe the higher one.
Measure the candle, not the mistake
Three suspect candles, three matched controls, fourteen days and one blind comparison — ₹723 to settle what a thermometer reading never could.
Sandalwood Fragrance Oil 50 gm ₹271.40 · 500 gm ₹2,513.40 with a stated 203°C flashpoint and 0% vanillin, Luxury Soy Wax Chunks ₹599/kg stating an 80–90°C add and a 70–80°C pour, Eco Candle Wicks from ₹59 for ten at ₹5.90 each, Pen Thermometer ₹354 and Candle Making Weighing Scale ₹354. Message us for the documentation on your oil, bulk pricing and GST invoicing.
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Continue the read
- Forgot the fragrance until the wax started cooling — can you reheat and add?
- Added fragrance when the wax was too cool and it did not mix
- Used an untested fragrance oil in 100 candles — test the samples first?
- Best temperature for adding fragrance oil to soy wax
- How to compare two fragrance oils using a controlled burn test
- Why does your candle fragrance smell different after burning?
- Why your candle is sweating fragrance oil
Editorial standards & sources
About this guide: Written by the CANDLEMAKINGSUPPLIESINDIA team. Product recommendations reflect the CSI range; the add-temperature-versus-flash-point distinction, the matched-control design and the four-outcome decision table apply to any supplier's wax and oil.Customer reviews: The six 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; wording is unedited.
Figures verified September 2026: Stated flash points, quoted verbatim from the only 18 CSI fragrance-oil pages that publish a specific value — Neroli 85°C, Palo Santo 93°C, Gardenia 98°C, Cinnamon Vanilla 270°F (page also gives 132°C), Citronella 270°F, Blue Ocean 143°C (290°F), Jasmine 185°C, Sage and Cedarwood 190°C, British Rose 192°C, Dark Vanilla ~191-193°C, Roasted Coffee ~191-193°C, Cinnamon 193°C, Ylang Ylang Flower 193°C, Eucalyptus Spearmint 199°C, Verbena 200°C, Sandalwood 203°C, Vanilla Bean 203°C, Vetiver 206°C. A further 32 pages state only "Flash point > 93°C (suitable for alcohol-based products)" or a close variant, one (Zesty Lemon) states "Available on request / SDS", and 56 state nothing — no threshold has been treated as a measurement and no value has been inferred, converted or borrowed. Oil prices — Sandalwood 15 gm ₹93.22, 50 gm ₹271.40, 100 gm ₹502.68, 500 gm ₹2,513.40, 1 kg ₹5,026.80; Neroli 50 gm ₹342.20, 500 gm ₹3,327.60; Palo Santo 50 gm ₹300.90, 500 gm ₹3,009; Gardenia 50 gm ₹223.02, 500 gm ₹2,166; Cinnamon Vanilla 50 gm ₹354, 500 gm ₹2,714; Citronella 50 gm ₹383.50, 500 gm ₹1,475; Blue Ocean 50 gm ₹247, 500 gm ₹2,478; Jasmine 50 gm ₹230, 500 gm ₹1,961; Sage and Cedarwood 50 gm ₹354, 500 gm ₹2,584.20; British Rose 50 gm ₹212.40, 500 gm ₹1,593; Dark Vanilla 50 gm ₹410, 500 gm ₹3,840; Roasted Coffee 50 gm ₹230, 500 gm ₹1,890; Cinnamon 50 gm ₹330.40, 500 gm ₹2,950; Ylang Ylang Flower 50 gm ₹330.40, 500 gm ₹2,714; Eucalyptus Spearmint 50 gm ₹212.40, 500 gm ₹1,652; Verbena 50 gm ₹330.40, 500 gm ₹2,478; Vanilla Bean 50 gm ₹410, 500 gm ₹3,840; Vetiver 50 gm ₹354, 500 gm ₹2,900 with the 1 kg variant currently sold out. Wax — Luxury Soy Wax Chunks 1 kg ₹599, 5 kg ₹2,995; Eco Candle Wicks Thin (C1) ₹5.90 each at every pack size, 50 for ₹295; Candle Wick Stickers 1 sheet of 40 ₹100 (₹2.50 each); Amber Shiny Glass Jar with Black Lid ₹47.20 each; Pen Thermometer ₹354; Candle Making Weighing Scale ₹354; Wax Melts Containers Empty ₹29.50 each in the packs of 10, 50 and 100; Mini Electric Wax/Soap Melter ₹2,360 (page states Gear I approximately 70–85°C, Gear II up to 100–120°C, "the ideal melting range for most candle waxes is 80-90°C"); Electric Wax Melter (Imported) 10 kgs ₹21,240 and 20 kgs ₹25,960 (page states a display range of 60°C to 100°C and a ±10°C deviation). Stated wax specifications: Luxury Soy Wax Chunks 8% to 13% of total wax weight with 10% recommended, add 80–90°C, pour 70–80°C; CSI 464 up to 10%; CSI 468 up to 13%, melt 50–53°C, pour 58–60°C; Eco Soy CSI 400 add at 80–90°C (85°C), stir 2 minutes, no load stated. Sandalwood's page states up to 10% for soy wax, up to 6% for paraffin, cure 48-72 hours for soy, and 0% vanillin with no discolouration. Assumptions labelled as such: the batch is 6,000 g of wax and 480 g of oil at 8% of total wax weight, giving 6,480 g and 32 whole 200 g candles; 120°C is used throughout as the illustrative overshoot; a 14-day cure is used for both arms of the test and sits above the wax page's stated minimum; a full melt pool in two to three hours is a working target, not a published specification; remelt losses are not stated on any page and are not estimated. No relationship between add temperature and finished fragrance throw is published by CSI or claimed here. Per candle ₹110.93 wax + ₹74.47 oil + ₹47.20 jar + ₹5.90 wick + ₹2.50 sticker = ₹241.00; three-candle control ₹332.78 + ₹223.42 + ₹141.60 + ₹17.70 + ₹7.50 = ₹723. Prices and availability change — the linked product pages are always authoritative.