My Candle Is Oily but Still Burns Normally — Is Sweating Only a Cosmetic Problem or Can It Affect Wick Performance and Safety?

My Candle Is Oily but Still Burns Normally — Is Sweating Only a Cosmetic Problem or Can It Affect Wick Performance and Safety?

 

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Oily candle, normal burn · cosmetic or not?
Find out whether sweating is touching the burn before you ship a single oily candle.
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"Good quality wood fragrance oil with a warm, long-lasting scent and strong performance in candles."
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Woody Oud Fragrance Oil
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AshwiniSep 2025
Eco Candle Wicks
★★★★☆
"Good quality .... if possible delivery date would be try little bit quick please"
Subhankar RoyVerified buyer · Sep 2024
Eco Candle Wicks
★★★★★
"Good quality wood fragrance oil with a warm, long-lasting scent and strong performance in candles."
Payal PatelVerified buyer · Mar 2026
Woody Oud Fragrance Oil
★★★★☆
"Love the quality and scent notes. The lavender scent that I bought is selling fast"
Renam DhoundiyalVerified buyer · Apr 2026
Woody Oud Fragrance Oil
★★★★★
"This bamboo wick holder doesn’t exert any pressure on the wicks… and it is a very useful product 👌🏻👌🏻.."
Lalitha JaganAug 2024
Bamboo Wick Holder
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"This needle is very helpful as it doesn’t damage the mould and there is no leakage of wax while pouring.. I would definitely recommend this .."
LJAug 2024
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✓ Prices verified 26 September 2026, stock checked per size ✓ MSDS and IFRA documentation on request on WhatsApp ✓ Raw materials only — CSI does not sell finished candles
CSI Diagnostics · Sweating and the Burn
An oily candle that lights well once has not proved much. Burn a sweating unit, a blotted one and a clean twin side by side to the final third, and the log tells you whether the oil is cosmetic, a lighting risk or a sign the load is past what the wax holds.
3 candles
sweating, blotted and clean, burned side by side to about 1 cm left · CSI live pricing, September 2026
Quick answers — read this first
Is sweating only cosmetic? Often mostly, but not always. Surface oil commonly shows up first at lighting: an oil-wet wick can be slow to catch or sputter, and oil gathered around the wick base can flare briefly. Oil the wax isn't holding can also mean extra fuel at the wick through the burn, which is commonly linked to flicker, carbon build-up and soot (tendencies).

It burns normally, though. Isn't that enough? One burn of the top of the jar at home tells you little. Burn a sweating unit beside a clean twin from the same formula, same trim, same room, through to about 1 cm of wax left, and log the differences.

What's the test? Three candles: S, a sweating unit lit as it is; S-b, a sweating unit blotted dry before first light; C, a clean unit from the same formula. S alone differs = surface oil at lighting. S and S-b both differ = oil in the wax body, a load problem. C misbehaves too = wick or jar, not sweating.

Can I sell them if they burn fine? In our judgement, don't sell visibly sweating candles without testing, and a clean twin burn doesn't make the oil invisible to the customer. Fix the formula for the next pour.
The short answer
Cosmetic or not: sweating is always a visible defect and can be a burn defect; "burns normally" on one burn at the top of the jar doesn't settle which.
The test: a sweating-vs-clean twin burn, plus a blotted sweating unit, same trim and room, logged every session to about 1 cm of wax left.
The rule: S differs, S-b doesn't = surface oil at lighting; S and S-b differ = load margin, formula change; C misbehaves too = wick or jar; none differ = a cosmetic defect that still shouldn't ship visibly oily.
The cost: three candles from the batch you already have (₹777.21 of materials in the worked example); a wick bracket only if C misbehaves.
Shop: Candle Wick Trimmer · Eco Candle Wicks · Wick Centering Device · all wicks
In this guide
Where surface oil can touch the burn Each bone is a tendency, not a certainty. The label under it is what your twin-burn log records. Sweating twin burns unlike its clean twin from the same formula LIGHTING Oil-wet wick: slow to catch, may sputter. Log: attempts, seconds to a steady flame. FLAME Flicker; a flame that runs larger. Log: height vs ruler, flickers per minute. SURFACE Oil at the wick base can flare briefly. Log: any flare, and what was near the wick. WICK Carbon cap or mushrooming. Log: the wick top after every burn. POOL Slow, uneven or deeper pool. Log: diameter, depth at hour 1 and the end. GLASS + BODY Soot at the rim; oil deeper than the top. Log: soot band and the final third. The three candles you burn side by side S sweating, lit as it is S-b sweating, blotted first C clean twin, same formula Same trim before every burn, same session length, same room, in sight. Stop with about 1 cm of wax left (common practice).
A fishbone of the ways surface oil can reach the burn, each a tendency with the log entry that catches it. The strip shows the three candles of the twin burn: two from the sweating units (one blotted before first light) and a clean twin from the same formula. Same trim, session length and room for all three.
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Only if your clean twin misbehaves too: that makes it a wick question, not a sweating one
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Send your three-candle log; we'll help you read whether it's cosmetic or a burn problem
Straight answer
My candle is oily but still burns normally. Is sweating only a cosmetic problem, or can it affect wick performance and safety?
It can be either, and one normal-looking burn doesn't tell you which. Surface oil is fragrance (and sometimes softer wax) that the candle isn't holding. At lighting it can wet the wick, making it slow to catch or sputter, and where it collects around the wick base it can flare briefly. Through the burn, oil the wax isn't holding can mean extra fuel at the wick, which is commonly linked to flicker, carbon caps and soot. These are tendencies: plenty of oily candles burn cleanly. To find out which yours is, burn three candles side by side through to about 1 cm of wax left: a sweating unit as it is, a sweating unit blotted dry before first light, and a clean unit from the same formula, all trimmed the same, in the same room, in sight. If only the unblotted one misbehaves, the surface oil is the issue at lighting. If both sweating units misbehave, the wax body is carrying more oil than it holds, and the fix is the formula, not the wick. If the clean one misbehaves too, look at the wick and jar. And if nothing differs, the sweating is cosmetic for the burn, but a customer still sees an oily candle: in our judgement, don't sell visibly sweating candles without testing, and fix the formula before the next pour.
One line: burn a sweating unit, a blotted sweating unit and a clean twin to about 1 cm left; the pattern of differences tells you whether it's the surface, the load or the wick.
The one tool the twin burn needs: a way to give all three wicks the same trim before every session. The Candle Wick Trimmer (₹588.82) adds a debris catcher; the compact Candle Wick Cutter (₹177.00) trims just as well. Both in stock on 26 September 2026.
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What "burns normally" usually means, and what it misses

A candle that behaves for its first two hours has told you about its first two hours.

When makers say an oily candle "burns normally", they usually mean they lit one, it caught, the flame looked steady, and it smelled right. That is useful, but it is a narrow sample. It is one candle, at the top of the jar, often after the maker has wiped the surface or let a cool room pull the oil back in, lit by someone who knows how to light a candle. It doesn't cover the customer who lights it with oil standing around the wick, or the middle and final third of the jar, where heat builds and the pool deepens (tendencies covered in the late-burn hub), or a second unit from the same batch that is oilier than the one you tried.

There is also a quieter point. A candle sweats because, in that wax at that load and in those conditions, some oil isn't staying in the wax (commonly linked to load near what the wax holds for that oil, temperature cycling, oil added too cool or mixed too briefly; see the day-three droplets hub). The same margin problem can show up later as heavier fuel at the wick. So a clean first burn is good news about lighting and a weaker signal about the rest of the jar.

Check the load before you light anything
In the worked example, the batch is Palo Santo at 10% of total weight in CSI 464: 15 g of oil and 135 g of wax per 150 g candle. That is 11.11% of the wax weight. CSI 464's page says "Fragrance Load Up to 10%" without stating the basis, and read conservatively as % of wax, 10% allows only 9.09% of total. So this batch sits at or past the edge, depending on the basis. The basis audit belongs to 3233; here, note it on your log, because it changes how you read the result.

How surface oil can change a burn

Every risk below is a tendency. The twin burn is how you find out which, if any, applies to your candle.

Fragrance oil is combustible (do not rely on any flash-point figure as a working temperature; it isn't one). Where it sits on the candle matters to how it burns.

At first light

A fresh wick is primed with wax. If surface oil has soaked into its exposed top, it may catch slowly, sputter or throw a taller flame for the first moments until the excess burns off (tendency). If oil stands in droplets or a film around the wick base, a match or lighter held there can briefly ignite it: a short flare at the surface rather than at the wick tip. Many makers would call that alarming even when it settles in seconds, and a customer certainly would.

Through the burn

Once a pool forms, surface oil and wax mix into it, so most of the lighting effect fades. What can remain is the formula underneath: if the wax body is carrying more oil than it holds, the wick draws a richer fuel. Heavy fragrance loads are commonly linked to carbon build-up on the wick (mushrooming), flicker, a flame that runs larger, and soot at the rim, especially over long burns and deeper in the jar (tendencies). A wick can also clog or drown if the pool gets deep relative to its draw. None of this is certain, and all of it is testable.

Mistake: judging glass or safety by touching the jar. What it does: burns fingers and tells you nothing reliable. Fix: never judge glass heat by touch. If you want a jar temperature, use a non-contact thermometer (CSI does not list one), and for jar heat itself, the hot-final-burn post is the place to start.
Burn safely while you test
In sight at all times, on a heat-safe surface, away from draughts, curtains and anything that can catch, one candle's width or more between jars. If a flare doesn't settle within a few seconds, or oil around the wick keeps catching, extinguish the candle (a snuffer or a lid, never water), let it cool fully, and log it. Stop each candle with about 1 cm of wax left (common practice).

Twin-burn patterns and what they point to

The clean twin is the ruler. Everything else is measured against it.

Ranked most common first as editorial judgement; CSI publishes no burn-failure statistics.

Differential table · oily candle, three-candle twin burn
S = sweating, lit as it is · S-b = sweating, blotted before first light · C = clean twin, same formula
# What the log shows Most likely cause Rules it in Rules it out
1 All three alike, session after session Sweating is cosmetic for the burn in your conditions No difference to about 1 cm left Any repeatable difference in the final third
2 S slow to catch, sputters or flares at first light; S-b and C don't Surface oil at the wick and its base Blotting removes the difference S-b behaves like S
3 S and S-b both flicker, mushroom or soot more than C Oil in the wax body beyond what it holds: the load margin Differences persist after the first session C shows the same
4 All three flicker, mushroom or soot Wick size or type, jar, draught: not sweating C misbehaves as much as S C burns cleanly in the same room
5 One unit leans, tunnels or soots on one side An off-centre or leaning wick Wick visibly off-centre before lighting Wick centred and the pattern repeats
6 Differences only in the final third Heat and pool depth late in the jar, sharpened by a rich fuel S and S-b diverge from C only low in the jar C diverges too: the late-burn cluster

Row 4 is the reason for the clean twin. Without it, every flicker in an oily candle gets blamed on the oil. Row 5 is the reason to check wick position before lighting: it is the cheapest confounder to rule out and the easiest to miss.

The sweating-versus-clean twin burn

Three candles, one trim, one room, burned to the end.

Use candles from the batch you already have. If some units sweat and others don't, take two sweating units and one clean one from the same pour. If every unit sweats, pour a fresh clean twin at the same formula and keep it somewhere cool so it stays dry; it is then a same-formula twin rather than a same-pour twin, and slightly younger, so note that on the log.

1
Choose and label three candlesS (sweating, left as it is), S-b (sweating, to be blotted), C (clean). Check each wick is centred and upright; swap any that isn't. Photograph all three surfaces under a raking light, numbered.
2
Blot S-b, and only S-bPress kitchen paper flat onto the surface to lift the oil; don't wipe towards the wick or push oil into it. If the paper comes away translucent, that was oil (the hub's blot-and-look). Leave S exactly as it is: that is the customer's candle.
3
Trim all three the sameTo the trimmer page's 1/4 inch (about 0.64 cm), before every session. Same lighter, same technique, same person.
4
Light and log the first minuteFor each: attempts to light, seconds to a steady flame, any sputter, any flare and where it was (wick tip or surface). A phone video of the first 30 seconds of each is the best record you can have.
5
Log each sessionSame session length for all three (worked example: 3 hours). At 15 minutes and at 1 hour: flame height against a ruler behind the jar, flickers counted in a one-minute watch, pool diameter. At the end: pool depth, smoke on extinguishing, the wick top (clean, beaded, carbon cap), any soot at the rim.
6
Repeat to the final thirdLet the candles cool fully between sessions and re-trim each time. Keep going until about 1 cm of wax is left in each. The final third is where a rich fuel and building heat are most likely to show.
Twin-burn log · one row per candle per session
Fill S, S-b and C on the same line of your notebook each session
Field How to record it What a difference suggests
Light attempts / seconds to steady Count; stopwatch Oil-wet wick (session 1 mostly)
Flare Yes/no; at tip or at surface Surface oil near the wick
Flame height at 15 min and 1 h Ruler behind the jar, photo Richer fuel or a longer wick
Flickers per minute at 15 min and 1 h Count in a one-minute watch, still air Fuel, draught or an off-centre wick
Pool diameter at 1 h; depth at the end Ruler; a skewer marked in mm Heat balance and fuel
Wick top after extinguishing Clean / bead / carbon cap Carbon build-up with heavier fuel
Smoke on extinguishing; soot at rim Yes/no; photo of rim Combustion: wick, fuel or draught

Cost: the three candles are ₹777.21 of materials in the worked example (₹259.07 each: 15 g Palo Santo at ₹6.02/g, 135 g CSI 464, a ₹94.40 jar and a ₹5.90 wick), excluding labour, freight, packaging and GST. In practice the two sweating units weren't going to be sold as they are, so the real cost of the answer is the clean twin.

Mistake: blotting or wiping all three before lighting "to be fair". What it does: removes the one condition your customer will actually meet, and you can no longer tell surface effects from body effects. Fix: blot only S-b. The comparison between S and S-b is the whole point.

Surface, load or wick: reading the three-candle log

Read the three columns together. One candle alone proves nothing.
Decision rule · twin burn
"Differs" = a repeatable difference from C in any log field, not a one-off
S S-b C Verdict Next
Like C Like C Clean Cosmetic for the burn, in your conditions Still a visible defect: fix the formula margin; disposition of the oily units in 3239
Differs at first light only Like C Clean Surface oil at the wick and its base Formula margin for the next pour; don't ship oily units expecting customers to blot
Differs through sessions Differs through sessions Clean Oil in the wax body beyond what it holds Load step-down tested in the 8-versus-9% tie-breaker or the sweat bracket; not a wick change
Differs Differs Misbehaves too Wick, jar or draught; sweating is a separate issue Wick bracket (C1, C2, Cotton Braided) in this jar; formula check after
Differs in final third only Differs in final third only Clean A rich fuel meeting late-burn heat Load step-down first; then read 3241

Whatever the verdict, the units you have are a separate decision. Remelting and adding wax is the rework post's subject; grading a whole lot and choosing what to do with each grade is 3239's. The twin burn only tells you what the sweating does to the burn, and therefore how urgent the formula fix is.

The judgement we hold to: don't sell visibly sweating candles without testing, and treat even a clean twin burn as "tested, cosmetic", not "fine to ship oily". An oily top reads as a faulty product to a customer, a surface flare at first light is the first thing they will film, and the cause is fixable at the formula. The standard for summer stock that sweats and recovers is 3223's.

What to buy after the log, and what not to

Most outcomes of this test end at the formula, not at the shop.

Four of the five verdicts above lead back to the formula: the load or process that let oil out of the wax. That fix costs nothing but a retest. In the worked example, stepping from 10% to 8% of total weight takes each candle from 15 g to 12 g of oil and from ₹259.07 to ₹242.54 in materials, ₹16.53 less, subject to a blind throw check that 8% still smells the way you want.

What not to buy for an oily candle that burns normally: A bigger or different wick unless your clean twin misbehaves too: a wick change can make an oily candle flicker less while leaving the oil on its surface. Vybar (₹156.00 for 50 g) as a quick fix: its page says it "prevents mottling and sweating", but in our judgement it is more commonly associated with paraffin work and results vary by wax, so it is a new formula with its own test. More oil to "win back" throw after the step-down, before a blind check.

The purchases that do earn a place are small: a way to trim identically, a way to centre wicks on the next pour, and, only in the row-4 case, a few wicks for a bracket. Two each of C1, C2 and Cotton Braided are ₹54.68 in wicks; six bracket candles at 8% add ₹1,419.82 of oil, wax and jars in the worked example.

Argued against our own interest: if your log shows row 1 or row 2, you don't need a single product from us to fix the next batch. You need one point less oil, or a longer stir, or oil added at the wax page's stated temperature, tested against a control. The trimmer is a nice-to-have; sharp scissors and care do the same job.

Tools and materials for the twin burn

Four products: two tools that remove confounders, the wick route for the one verdict that needs it, and the worked example's oil. Chosen on page statements, price and stock on 26 September 2026; CSI has no burn-performance data, so nothing is ranked on performance.

1
tool · the control variable · identical trimming
Candle Wick Trimmer
A twin burn only compares like with like if every wick starts every session at the same length. The page's tip is "Trim your wick to 1/4 inch before every burn" (about 0.64 cm), and it describes a "built-in debris catcher", which matters here: a carbon cap dropped into the pool is debris, and debris changes a burn. Argued against our own interest: for the trim itself, the compact Candle Wick Cutter at ₹177.00 does the job; the trimmer costs ₹411.82 more for the catcher and the reach. If you already trim with sharp scissors and pick debris out with care, buy neither.
Item Price Per unit In this test
Candle Wick Trimmer ₹588.82 ₹588.82 same trim on all three, debris catcher
Candle Wick Cutter (compact) ₹177.00 ₹177.00 the cheaper way to the same trim
Candle Wick Cutter ₹295.00 ₹295.00 a second compact listing
Same trim, every wick, every session. Buy the trimmer — ₹588.82
2
wick · the route only if the clean twin misbehaves too
Eco Candle Wicks — Thin (C1) and Thick (C2)
If your clean twin C flickers, mushrooms or soots as much as the sweating ones, sweating isn't the story: the wick is, and the answer is a wick bracket in your jar, not a formula change. The Palo Santo page itself says "Eco wicks or wooden wicks for an even, clean burn" and recommends wick testing for your container. A bracket of two each of C1, C2 and Cotton Braided costs ₹54.68 in wicks. Argued against our own interest: if C burns cleanly and only the sweating units misbehave, don't buy a wick at all. A different wick is not the fix for oil the wax isn't holding, and changing it would hide the evidence your log just gave you. Flat per wick at every pack size; all sizes in stock on 26 September 2026.
Item Price Per unit In this test
Thin (C1) · 10 ₹59.00 ₹5.90 bracket rung
Thin (C1) · 50 ₹295.00 ₹5.90 same per wick
Thick (C2) · 10 ₹94.40 ₹9.44 bracket rung
Thick (C2) · 50 ₹472.00 ₹9.44 same per wick
₹5.90 (C1) or ₹9.44 (C2) per wick, at any pack size. Buy C1 · 10 — ₹59.00
3
tool · removes one confounder from the next pour
Wick Centering Device (Pack of 5)
An off-centre wick makes one side of the jar hotter, the pool lopsided and the flame more likely to lean, which can look like the flicker and flare you are trying to pin on sweating. The page describes it as "centering and holding wicks straight in the container while the wax sets", length 11.4 cm. An honest limit: it can't fix candles already poured. Check your three test candles for a centred wick before you light them; if one is visibly off, swap it for another unit from the same batch. For the next pour, ₹23.60 a holder, reused.
Item Price Per unit In this test
Pack of 5 ₹118.00 ₹23.60 one per jar while the next pour sets
Reusable; one per jar while the wax sets. Buy 5 — ₹118.00
4
fragrance · woody resinous · the worked-example batch
Palo Santo Fragrance Oil
The worked example is a Palo Santo batch in CSI 464 that sweats on some units. The page describes "Earthy palo santo with soft citrus, warm amber, and a touch of incense", states "Recommended Fragrance Load: Up to 10% for soy wax Up to 6% for paraffin wax", "Cure Time: 48–72 hours for soy wax" and "Vanillin Content: 0%". Argued against our own interest: this oil is priced flat from 50 g to 1 kg (₹6.02 a gram at 100 g, ₹6.02 at 1 kg), so there is no bulk saving to chase. If your twin burn points to a load change, buy 100 g for the retest, not a kilo; and at 8% instead of 10% each candle costs ₹16.53 less in materials.
Size Price Per gram 150 g candles at 8%
15 g ₹106.20 ₹7.08 1
50 g ₹300.90 ₹6.02 4
100 g ₹601.80 ₹6.02 8
500 g ₹3,009.00 ₹6.02 41
1 kg ₹6,018.00 ₹6.02 83
At 10% a batch candle is ₹259.07 of materials; at 8%, ₹242.54. Buy 100 g — ₹601.80
Diwali is 8 November 2026. A twin burn to the final third takes several sessions, so start it now if your festive batch is oily. If the log points to a wick bracket, send us your jar and wax for a quote on Eco wicks, CSI 464 and 150 g jars with a GST invoice and dispatch date.
WhatsApp a Diwali quote
The CSI principle
Burn the oily candle beside its clean twin before you call sweating cosmetic.
Blot one, leave one, compare both with a clean twin, same trim, to the final third. Surface, load or wick: the log says which. Visible oil is a reason to fix the formula whatever the burn says.
"A candle that lights well for you, on a wiped top, has passed your hands. Your customer's hands are next."
— CandleMakingSuppliesIndia
Why trust this guide

CandleMakingSuppliesIndia sells the trimmers, wicks, centring devices, wax and oil named here, and does not sell finished candles. This page still tells you that most outcomes of the test need no purchase at all, that the ₹177.00 cutter does the trimming this test needs as well as our dearer trimmer, and that a new wick is the wrong answer when only the sweating candles misbehave.

Every price was verified on CSI's live store on 26 September 2026; every size in the pick tables is in stock on that date. Oil, wax and tool wording is quoted from the product pages; where a page is silent in the text we captured, we say so.

The cause ranking, the three-candle design, the 3-hour session and the log fields are editorial judgement or worked examples; burn and safety statements are tendencies, not measured CSI data. For bulk pricing, GST invoicing, and MSDS and IFRA documentation on request, message us on WhatsApp at +91 7397976926.

Frequently asked questions

Is it safe to burn a candle that is sweating oil?
Often it burns normally, but surface oil can make a wick slow to catch or sputter, and oil around the wick base can flare briefly at lighting (tendencies). Burn in sight, on a heat-safe surface, and test a sweating unit beside a clean twin before selling any.
Should I wipe the oil off a sweating candle before lighting it?
For personal use, blotting with kitchen paper (not wiping towards the wick) is reasonable. For testing, blot only one unit and leave another as it is, so you can tell a surface effect from a problem in the wax itself.
Can too much fragrance oil cause wick mushrooming or soot?
Heavy fragrance loads are commonly linked to carbon build-up on the wick, flicker and soot, especially over long burns and deeper in the jar. A clean twin at the same formula, or one point lower, is how you check it for your candle.
Is candle sweating just cosmetic?
For the burn, sometimes; a three-candle twin burn tells you. For a customer, no: an oily top looks like a fault. In our judgement, don't sell visibly sweating candles without testing, and fix the load or process for the next pour.
Will a different wick stop my candle sweating?
No. Sweating is oil the wax isn't holding at that load and in those conditions; a wick changes how the candle burns, not how it holds oil. Change the wick only if a clean twin from the same formula misbehaves too.
How long should I burn test an oily candle?
To about 1 cm of wax left, in sessions of your standard length, re-trimming each time. Differences caused by a rich fuel often show in the final third, not on the first burn.
Before you call it cosmetic
Burn a sweating unit, a blotted one and a clean twin to the final third.
Same trim, same room, same session length, logged. If only the unblotted one misbehaves, it's the surface; if both sweating units do, it's the load; if the clean one does too, it's the wick. Either way, don't ship visibly oily candles. Send us your log if the pattern isn't clear.
Buy the trimmer — ₹588.82 Send your twin-burn log on WhatsApp
Continue the read — sweating, oil pooling and separation
Editorial standards & sources
About this guide: part of CSI's cluster on sweating, oil pooling and separation (3221–3240). This page owns whether sweating affects the burn: a three-candle sweating-vs-blotted-vs-clean twin burn logged to the final third, a ranked differential table labelled as judgement, the hedged lighting, flicker and flare risks, and the judgement not to sell visibly sweating candles without testing. Rework (3238) and lot disposition (3239) are linked, not repeated.

Customer reviews: The six reviews at the top of this page are genuine, published Judge.me reviews left by CSI customers on the product pages named on each card — Bamboo Wick Holder, Eco Candle Wicks, Premium Candle Wicking Needle, Woody Oud Fragrance Oil. They are general product reviews, not assessments of the diagnostic advice on this page. Names, star ratings, dates and products are as recorded by Judge.me and wording is unedited. "Verified buyer" appears only on reviews Judge.me recorded as verified — Subhankar Roy, Payal Patel, Renam Dhoundiyal. The reviews from Ashwini, Lalitha Jagan, LJ are published but not recorded as verified, and carry no badge. Reviews below five stars are included as published, not filtered out.

Figures verified 26 September 2026, CSI live pricing: Candle Wick Trimmer ₹588.82; Candle Wick Cutter (compact) ₹177.00 and ₹295.00; Eco Candle Wicks Thin (C1) 10 ₹59.00, 50 ₹295.00; Thick (C2) 10 ₹94.40, 50 ₹472.00; Cotton Braided Wicks Ready Made 10 ₹120.00; Wick Centering Device (Pack of 5) ₹118.00; Palo Santo Fragrance Oil 15 g ₹106.20 (₹7.08/g), 50 g ₹300.90, 100 g ₹601.80, 500 g ₹3,009.00, 1 kg ₹6,018.00 (all ₹6.02/g); Luxury Soy Wax CSI 464 1 kg ₹507.40; Clear Glass Jar with Golden Lid (150 gram) Pack of 10 ₹944.00; Vybar 50 g ₹156.00. All in stock on 26 September 2026. Per gram = price ÷ grams; per wick or holder = pack price ÷ units; two decimals.

Non-price figures: load is a percentage of total candle weight (150 g at 10% = 15 g oil + 135 g wax = 11.11% of wax; at 8% = 12 g + 138 g). Page wording quoted: CSI 464 load up to 10%; Palo Santo up to 10% for soy, cure 48–72 hours, "Eco wicks or wooden wicks"; trimmer "Trim your wick to 1/4 inch before every burn" (1/4 inch ≈ 0.64 cm). The three-candle design, the 3-hour session, the log fields, the cause ranking and the stop-at-about-1 cm practice are editorial judgement, worked examples or common practice; burn, flare and soot statements are tendencies. CSI does not list a non-contact thermometer. Costs exclude labour, freight, packaging and GST. Diwali 8 November 2026 is a calendar fact.
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