My Finished Candles Tunnel Because the Wick Is Too Small — Can I Remove the Wax and Reuse It After Installing a Larger Wick?
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Cotton Braided Wicks from ₹120 for 10 Stated for candles exceeding 8 cm Stocked in India · ships nationwide
CSI rescue guides · tunnelling
A tunnelling candle has not wasted your wax. It has parked three quarters of it against the glass, and getting it back is a weighing job, not a guessing job.
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PREETHI PRASATHVerified buyer · May 2026
Apple Cinnamon Fragrance Oil
★★★★☆
"Product is very nice its working properly and melt wax very quickly…"
Priya SinghVerified buyer · Sep 2025
Mini Electric Wax Melter 1 litre
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"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
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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…"
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"Cute jars, I like it."
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✓ Stated wick diameters quoted where pages give them ✓ Braided wicks flat at ₹12 each to 1,000 ✓ Bulk pricing & GST invoicing on WhatsApp
Candle Business Guides · Batch Rescue
Yes, the wax comes out and it can be reused. What you cannot do is reuse it as the same product, because a candle that has been burned has lost fragrance you have no way of measuring. This is a weigh-back job followed by an honest downgrade — and both halves have arithmetic.
25%
of a 10 cm jar's surface is doing the work when a 5 cm tunnel forms — 19.6 cm² of 78.5 cm² — which is why 75% of the wax is still against the glass and why the recovered wax is no longer a known 8% formula · CSI live pricing, September 2026
Quick answers — read this first
Can I remove the wax and reuse it? Yes. Warm the jar, the hang-up ring releases from the glass, and you recover almost everything that has not already burned. On a 500g candle in a 10 cm jar, that is most of the candle — tunnelling wastes the candle's usefulness, not its mass.Can I repour it as the same product? No. Burning removes wax and oil together, so the load in what is left is at most the 8% you poured and unmeasurably less. You cannot compute a new load from an unknown one, and you must not top it up on a guess.
What is the honest use for it? Either a known-fraction blend with fresh wax, retested from scratch, or a wickless product — wax melts at ₹29.50 a container — where no wick decision is involved at all.
Which larger wick? For a jar this wide, not a step up inside the Eco range. Cotton Braided Wicks Ready Made are the only CSI wick stated for "large-diameter candles exceeding 8 cm", at a flat ₹12 each.
The short answer
Weigh, do not estimate: three numbers give you everything — an empty jar's tare, the burned candle's gross weight, and the recovered wax on the scale afterwards. Every claim anyone makes about tunnelling losses without those three numbers is decoration.
The load has a ceiling, not a value: burning consumes wax and oil roughly in the proportion they are present, so the remainder's load cannot be higher than what you poured. It is almost certainly lower. Treat 8% as a ceiling and never add oil to "restore" it.
Match the wick to the diameter you measured, not to the next size up: a 10 cm jar is not a C2 problem. CSI states a diameter on exactly two wicks — the 2 inch loose wick and the braided wicks for candles exceeding 8 cm — so use the stated figure and burn-test.
In this guide
The circle is the jar seen from above; the dark disc is the melt pool the undersized wick manages. Three quarters of the candle's surface never becomes a pool, which is simultaneously why the throw collapsed and why almost all of the wax is still there to recover.
Stated for candles exceeding 8 cm
Cotton Braided Wicks Ready Made · ₹12 each
The fresh wax you blend with
Luxury Soy Wax Chunks · 1 kg ₹599
Wide jar, no stated size?
Ask on WhatsApp
Straight answer
Can I remove the wax from tunnelling candles and reuse it once I have a larger wick?
You can recover the wax and you should — but not back into the same candle. Take a batch of 20 candles of 500g each at an 8% load in apothecary jars whose page states approximately 10 cm diameter: that is 9.2 kg of Luxury Soy Wax Chunks worth ₹5,510.80 and 800g of Apple Cinnamon Fragrance Oil worth ₹3,794.88, in ₹4,248 of glass, wicked on ₹188.80 of Eco Candle Wicks Thick (C2). Because the wick manages only a 5 cm pool in a 10 cm jar — 19.6 cm² of 78.5 cm², or 25% — most of that wax is sitting untouched against the glass. Warm the jars and it releases. The catch is what burned: a flame consumes wax and fragrance together, so the oil that left with the burned wax is gone, and additional fragrance left the hot pool surface by an amount nobody can quantify. The recovered wax therefore has a load at or below 8% with no knowable value. That makes it base stock, not a formula. Blend it with fresh wax at a fraction you write down, or pour it into wax melts where no wick is involved — and in either case, rewick the jars with something CSI actually states for this diameter: Cotton Braided Wicks Ready Made, "engineered for large-diameter candles exceeding 8 cm", at ₹12 each. Then burn-test.
One line: the wax comes back, the formula does not — weigh what you recover, treat 8% as a ceiling you cannot verify, and put the correct wick in a clean jar rather than a bigger wick in old wax.
Wide-jar candles tunnelling? Cotton Braided Wicks Ready Made at ₹600 for 50 are stated for candles exceeding 8 cm, and Eco Braided Wicks at ₹472 for 5 metres cut to whatever length your jar needs. Luxury Soy Wax Chunks ₹599/kg for the blend.
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The geometry of a tunnel, in two numbers
Tunnelling is not a fragrance failure or a wax failure. It is an area failure, and area is the one thing in candle making you can calculate exactly.
Fragrance leaves a candle from the surface of its melt pool. The pool is a circle, and the area of a circle rises with the square of its radius, which is why a modest-looking shortfall in pool diameter is a brutal shortfall in release. That is also why tunnelling and weak throw are the same fault wearing two hats. Here is what the arithmetic does across the jars CSI lists.
Pool area against jar diameter · pure geometry, no product claims
What share of a jar's surface an undersized pool is using — and what that leaves stuck to the glass
| Jar internal diameter | Full pool area | If the pool only reaches 5 cm | Share of the surface in use | Wax left against the glass |
|---|---|---|---|---|
| 5.3 cm (a votive) | 22.1 cm² | 19.6 cm² | 89% | 11% — barely a tunnel at all |
| 6 cm | 28.3 cm² | 19.6 cm² | 69% | 31% |
| 7 cm | 38.5 cm² | 19.6 cm² | 51% | 49% |
| 8 cm | 50.3 cm² | 19.6 cm² | 39% | 61% |
| 10 cm | 78.5 cm² | 19.6 cm² | 25% | 75% |
Worked out above: pool area = π × (diameter ÷ 2)². A 5 cm pool is π × 2.5² = 19.63 cm². A 10 cm jar's full pool is π × 5² = 78.54 cm², so 19.63 ÷ 78.54 = 25.0%. A 7 cm jar is π × 3.5² = 38.48 cm², so 51.0%. The votive figure uses 5.3 cm, the diameter stated on CSI's small colourful votive jars. This is geometry, not a product specification — the same wick in the same wax behaves differently in every one of these jars purely because of the circle it has to open out.
Read down the last column and the rescue picture becomes clear. In a votive, a tunnelled candle really has burned most of its wax and there is little to recover. In a 10 cm jar, three quarters of the wax never entered a pool at all — it is cool, it is unburned, and it is the same material you paid for. That is the good news buried inside a bad batch, and it is why the wide-jar version of this problem is so much more worth rescuing than the narrow-jar version. For the diagnostic side, why is my candle tunnelling — the complete diagnosis and fix guide and candle tunnelling: causes, fixes and prevention both go further than this page does.
The mistake: trying to burn a tunnel out. The standard advice for a customer with one tunnelled candle is to wrap foil around the rim and force the hang-up to melt. That is a reasonable domestic salvage for a single candle in someone's living room. It is a terrible idea for a batch you are about to recover, for two reasons: it consumes more wax, and it puts another heat cycle and more soot into wax you were going to reuse. If you have decided to recover, stop burning immediately. Cover the jars and move to the scale.
The three-weight recovery worksheet
Everything you need to know about a burned batch comes from three weights, and none of them is available from a blog, a supplier or a formula. Get a Candle Making Weighing Scale at ₹354 and spend twenty minutes on this before you melt anything, because the numbers you write down here are the only honest basis for the pour that follows.
1
Weight one — the tareTake one empty jar of the same type, clean and dry, lid off, and weigh it. Write it on the batch sheet. If you have already thrown away every empty, weigh a jar after you have emptied and washed it and use that. Every later number depends on this one.
2
Weight two — gross weight of each burned candleWeigh each tunnelled candle with its jar. Subtract the tare and you have the wax-plus-oil still present. Compare it with what you poured. If you poured 500 g and 415 g remains, the candle has burned 85 g, or 17% of its content — and you now know that as a fact rather than an impression.
3
Warm the jars gently and lift the plugStand them in hot water or a low oven. Apothecary jars of this type state a hot-pour ceiling of 85°C on the product page — treat that as the ceiling for reheating too. The hang-up ring releases from the glass first, then the whole mass loosens. Tip it into a bowl. Do not scrape cold wax with metal; you will scratch the glass and you may crack it.
4
Cut out the soot and the wick debrisThe wax immediately around the old wick and at the bottom of the tunnel carries carbon, wick fibre and often a metal tab. Cut that portion away and discard it — it is a small fraction of the mass and it is the part that will ruin the appearance and the burn of anything you pour next. Then melt and strain the rest through a fine metal strainer.
5
Weight three — the recovered wax, strained and cooledWeigh what actually came back. This is your recovery figure for this batch, on your equipment, with your patience — and it is the only remelt-loss number you should ever use in planning. Write it on the batch sheet as grams recovered per candle, and again as a percentage of the gross content you started with.
6
Label the container, then stop for the day"Apple Cinnamon over soy, burned batch, recovered date, load ≤8% unverified, X grams." A sealed labelled container of recovered wax is an asset. An unlabelled tub of brown wax at the back of a shelf is rubbish you will throw out in six months. The candle care sticker roll is not for this — use a marker pen and tape.
Do candle one completely before candle two
Run all six steps on a single candle and write the numbers down before you touch the other nineteen. You will learn how long the warming takes in your oven, how much soot you actually have to cut away, and what your recovery rate looks like — and you will find out whether the whole exercise is worth your afternoon while you have only spent twenty minutes on it.Why the recovered load is a ceiling, not a number
This is the part that decides what the wax can be used for, and it is worth being precise rather than dramatic about it. Burning does not selectively remove the wax and leave the oil, nor the reverse — a flame consumes the fuel that the wick draws, and that fuel is wax with oil dissolved in it. So the load in what remains starts out close to what you poured. The losses that push it down are the ones you cannot see.
Where the fragrance went · a 500 g candle poured at 8%, 415 g remaining
What you can calculate, what you can bound, and what you simply cannot know
| Quantity | Value | How you know it |
|---|---|---|
| Wax poured | 460 g | You weighed it |
| Oil poured | 40 g | You weighed it — 8% of the 500 g finished candle |
| Content remaining | 415 g | Gross weight minus tare |
| Content consumed | 85 g (17%) | Subtraction |
| Oil that left with the consumed wax | ≈6.8 g | 85 g × 8%, assuming the flame drew the mixture as poured |
| Oil remaining — upper bound | ≤33.2 g | 40 − 6.8. It cannot be more than this |
| Load of the recovered wax — upper bound | ≤8.0% | 33.2 ÷ 415. Also cannot be more than this |
| Oil lost from the hot pool surface over hours of burning | Unknown | This is what a candle is for. It is real, it is not measurable at home, and it only ever pushes the figure down |
| Oil lost to a second heat cycle in the recovery melt | Unknown | Same direction, same problem |
So the correct statement about your recovered wax is: the load is at most 8%, is certainly lower, and cannot be established without laboratory work you are not going to commission for 9 kg of soy. Two consequences follow immediately, and they are the whole reason this section exists. First, you must not add oil to bring it "back up to 8%" — you would be adding an unknown quantity to an unknown quantity, and the result could sit above what the wax page states it will hold. Second, you cannot sell it as the same product, because the product was defined by a load you can no longer evidence.
The mistake: treating recovered wax as "8% wax that needs a top-up". Makers reason that if 17% burned away, adding 17% more oil restores the balance. It does not, for the reason above: the arithmetic silently assumes the only fragrance lost was the fragrance inside the burned wax, and the entire point of a scented candle is that this is not true. If you want a known load again, the only route is dilution in a known direction — blend the recovered wax with fresh wax at a fraction you write down, accept that the blend's load is below the fraction of the recovered stock times 8%, and burn-test the result rather than predicting it. The full load arithmetic is in can too much fragrance oil make a candle smell weaker.
The CSI principle
Recovered wax is stock, not a recipe. The moment a candle has been lit, its formula stops being something you know and becomes something you can only bound.
Unburned wax from a miswicked batch keeps its formula. Wax out of a candle that has burned for four hours does not. That single distinction decides whether you repour a product or downgrade it.
Three honest uses for burned-candle wax
Ranked by how little they ask you to claim. All three are legitimate; the difference is how much testing each one obliges you to do before anything reaches a customer.
What to do with 9 kg of recovered, unknown-load wax
Route, what it costs, what it obliges, and where it goes wrong
| Route | What you add | What it obliges | Best when |
|---|---|---|---|
| 1. Wax melts and warmer bars | Wax Melts Containers ₹29.50 each, or a Flower Silicon Mould at ₹200.60 | A scent check on a warmer. No wick decision at all | You want the jars back and something sellable this week |
| 2. A known-fraction blend into new candles | Fresh Luxury Soy Wax Chunks at ₹599/kg, plus a written blend ratio | Full burn test: wick, pool, throw, at day 14 | You have the time and want the wax back in your main line |
| 3. Your own wick-test stock | Nothing. Pour it into 70 g votives at ₹31.86 each | Nothing — these are never sold | You are about to bracket wicks for the 10 cm jar anyway |
Route three is the one makers overlook and it is often the best value. You are about to run a wick bracket for a 10 cm jar, and a wick bracket needs wax whose fragrance performance nobody is going to judge — you are watching the melt pool, not smelling the room. Unknown-load recovered wax is perfect for that, and it means your bracket costs you nothing in wax at all. Pour it, wick it three ways, and keep the ₹599/kg fresh stock for the batch you intend to sell.
Write the blend ratio before you melt, not after
If you go the blend route, decide and record the fraction first — for example, 3 kg of recovered wax to 6 kg of fresh, which is one third recovered. Then the honest statement on your batch sheet is "load below 2.7% from the recovered stock, plus whatever fresh oil I add, retested". Deciding the ratio by tipping one bowl into another and seeing how it looks is how a batch becomes untraceable.The wick a wide jar actually needs
The instinct after a tunnelling batch is to buy the next size up. In a 10 cm jar that instinct is wrong, because the next size up inside CSI's Eco cotton range is the only size up — there are exactly two, Thin (C1) and Thick (C2), and the page states no diameter for either. For a jar this wide you need the products CSI does publish a diameter statement for.
1
The only CSI wick with a stated large-diameter figure
Cotton Braided Wicks Ready Made
Its page is unusually specific for a wick listing: "engineered for large-diameter candles exceeding 8 cm", with a stated wick height of 10.16 cm. For a jar whose page states approximately 10 cm, that is the statement you want in writing before you commit 9 kg of wax to a second pour. The price is a flat ₹12 a wick from a pack of 10 right up to a pack of 1,000, so a 20-candle rescue buys the pack of 50 at ₹600 and keeps 30 for the burn test and the next batch. Check the stated 10.16 cm height against your jar's filled depth plus the length you need above the wax before you order in quantity.
| Size | Price | Per piece |
|---|---|---|
| Pack of 10 | ₹120 | ₹12 |
| Pack of 50 | ₹600 | ₹12 |
| Pack of 100 | ₹1,200 | ₹12 |
| Pack of 500 | ₹6,000 | ₹12 |
| Pack of 1000 | ₹12,000 | ₹12 |
₹12 per wick, flat to 1,000 · ₹240 to rewick 20 candles Buy Cotton Braided Wicks
2
Cut to length · described for wide jars, no number given
Eco Braided Wicks (5 meter)
Sold as continuous braid — ₹472 for 5 metres and ₹826 for 10 metres — which you cut to the length your jar needs and tab yourself. The page describes it as "the perfect solution for large diameter container jars" but gives no numeric diameter, so treat it as a candidate rather than an answer. Its advantage in a rescue is flexibility: a 10 cm jar filled to 500 g needs a long wick, and buying braid by the metre means you are not fighting a fixed 10.16 cm height. Its disadvantage is that you are tabbing by hand, which is slower and less consistent — fine for 20 candles, tedious for 200.
| Size | Price | Per piece |
|---|---|---|
| 5 meters | ₹472 | — |
| 10 meters | ₹826 | — |
₹472 for 5 metres · cut and tab to your own depth Buy Eco Braided Wicks
3
The fresh wax the blend needs · stated up to 13%
Luxury Soy Wax Chunks for Jar / Container Candles
If you take the blend route, buy the wax with the widest stated fragrance window, because you are going to be adding oil to a base whose own content you cannot measure. This page states a recommended load of 8% to 13% of total wax weight, 10% recommended, fragrance added at 80–90°C and a pour at 70–80°C — real numbers to work from rather than guesses. It also states a cure of a minimum 48 hours and ideally one to two weeks before burn testing; for a blend this uncertain, take the full two. The listed price is flat at roughly ₹599 a kilo from 500 g to 10 kg.
| Size | Price | Per kg | 500g candles @ 8% |
|---|---|---|---|
| 500 g | ₹299 | ₹598 | ≈1 |
| 1 kg | ₹599 | ₹599 | ≈2 |
| 5 kg | ₹2,995 | ₹599 | ≈10 |
| 10 kg | ₹5,999 | ₹599.90 | ≈21 |
₹275.54 of wax per 500g candle at 1 kg pricing Buy Luxury Soy Chunks
Priced above: Cotton Braided Wicks Ready Made ₹120/10, ₹600/50, ₹1,200/100, ₹6,000/500, ₹12,000/1,000 — ₹12 each throughout · Eco Braided Wicks ₹472/5 m and ₹826/10 m · Eco Candle Wicks Loose ₹413/5 m and ₹708/10 m · Eco Candle Wicks Thin (C1) ₹5.90 each and Thick (C2) ₹9.44 each, flat at every pack size · Luxury Soy Wax Chunks ₹299/500 g, ₹599/1 kg, ₹2,995/5 kg, ₹5,999/10 kg · Apple Cinnamon Fragrance Oil ₹237.18/50 gm, ₹474.36/100 gm, ₹2,371.80/500 gm, ₹4,743.60/1 kg · Apothecary Glass Candle Jar with Dome Lid ₹212.40 for 500 gm and ₹250 for 700 gm · Clear Glass Votive Jar 70 gram ₹159.30 per 5 and ₹318.60 per 10 (₹31.86 each) · Wax Melts Containers Empty ₹29.50 each, flat from 5 to 100 · Flower Silicon Mould ₹200.60 · Candle Making Weighing Scale ₹354 · Mini Electric Wax/Soap Melter 1 litre ₹2,360 · Hot Air Gun ₹531.
Pouring wide jars regularly? Cotton Braided Wicks Ready Made are listed to 1,000 pieces at ₹12,000 with the per-wick price flat the whole way, and Luxury Soy Wax Chunks reach ₹5,999 for 10 kg. For recurring volumes above the listed packs, bulk pricing and GST invoicing are handled on WhatsApp.
Order in bulk on WhatsApp
Pouring the blend and testing it properly
A blend of recovered wax and fresh wax is a new formula with a new wick. There is no version of this that skips a burn test.
If you have chosen route two, the sequence matters. Blend to a written ratio, weigh the total, add any fresh oil as a percentage of that total and not of the wax alone, follow the fresh wax page's stated add temperature, and pour at its stated pour temperature. Then cure and burn — and burn on more than one wick, because the whole reason you are here is that the last wick was chosen without a bracket.
Pour six 500 g jars for testing: three on Cotton Braided Wicks Ready Made, three on a cut-and-tabbed Eco Braided wick at the same length. Fill every one to exactly the same weight on the scale. Burn them at day 14 for up to four hours and record the pool diameter every hour with a ruler laid across the rim. What you are looking for is a pool that reaches the glass in a reasonable window without the flame becoming tall or unstable and without soot on the wall. Anything that reaches the glass in under about an hour in a jar this wide deserves a second look, not a celebration. The scoring method is set out in how to test hot throw before launching a candle fragrance, and the wide-jar wick question in general in best wick for candle making: complete guide by diameter.
Don't add a second wick to fix a wide jar without redesigning the candle. Two wicks is a real and often correct answer in a 10 cm jar, and it is not a retrofit. Two flames need spacing that keeps each pool developing without the pair overheating the centre, they double the fuel draw, and they need their own test from scratch. CSI's Steel Wick Holder page states a 3-hole layout that fits single, double or triple wick setups, and that it fits most jar diameters up to 9 cm — so for a 10 cm jar even the centring tool needs checking. If you want to go multi-wick, treat it as a new product with a new test, not as a bigger version of the wick you had.
The pool check that catches it on candle one
Short, and it is a ruler. On the first burn of the first candle of any new jar, lay a ruler across the rim at the two hour mark and write down the pool diameter in centimetres. Compare it with the jar's internal diameter. If it is not most of the way there, you have your answer before you have poured nineteen more.
Two lines on the batch sheet finish the job: the jar's measured internal diameter, because product pages publish the outer rim and the base and those are different numbers; and the wick's stated diameter guidance, quoted or marked "not stated". A batch sheet that reads "10 cm measured / wick states nothing / bracketed braided vs Eco C2 / chose braided at day 14" is the difference between a maker who has a recipe and a maker who has a habit.
A tunnelled candle is the cheapest lesson in geometry you will ever buy, because the wax is still in the jar waiting for you to collect it.
— CandleMakingSuppliesIndia
Why trust this guide
CANDLEMAKINGSUPPLIESINDIA supplies raw materials, not finished candles. The commercially convenient answer to this question would be "burned wax is contaminated, throw it away and buy 9 kg of fresh soy". It is not true. Most of the wax in a tunnelled wide-jar candle never burned, and we would rather tell you how to weigh it back than sell you a replacement you do not need.
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. The pool-area table is pure geometry, not a product claim. Wick specifications are quoted only where the page states them — Cotton Braided Wicks Ready Made state "engineered for large-diameter candles exceeding 8 cm" and a wick height of 10.16 cm; Eco Braided Wicks state "the perfect solution for large diameter container jars" without a number; the Eco Candle Wicks page states no diameter at all. The load ceiling on recovered wax is an arithmetic bound, not a measurement: CSI has not measured the fragrance content of your burned batch and neither has anyone else. Recovery rates are for you to weigh.
For help choosing a wick for a wide jar, or for bulk pricing, GST invoicing, MSDS and IFRA documentation, message us on WhatsApp at +91 7397976926.
Frequently asked questions
How much wax can I actually get back from a tunnelled candle?
Mostly it depends on the jar's diameter, because tunnelling leaves the wax it never melted. In a 10 cm jar with a 5 cm pool, 75% of the candle's surface never became a pool at all — that wax is cool, unburned and recoverable. In a 5.3 cm votive the same 5 cm pool covers 89% of the surface and there is very little to save. Weigh each candle against an empty jar's tare rather than estimating; the arithmetic takes a minute and the estimate will be wrong.
Is the fragrance still in the recovered wax?
Some of it, and you cannot say how much. Burning removes wax and oil together, so the load in what remains starts at or just below the 8% you poured — on a 500 g candle with 415 g left, the upper bound is 33.2 g of oil in 415 g, or 8.0%. But fragrance also leaves the hot pool surface for as long as the candle burns, and that loss is real and unmeasurable at home. Treat 8% as a ceiling you cannot verify.
Can I add more fragrance oil to bring the recovered wax back to 8%?
No, and this is the single most common mistake in this rescue. You would be adding a measured quantity to an unmeasured one, so the result is unknown in a direction that could exceed what the wax page states it will hold — up to 13% of total wax weight for Luxury Soy Wax Chunks, up to 10% for CSI 464. The honest route is dilution you control: blend a written fraction of recovered wax into fresh wax, describe the result as below that fraction of the original load, and burn-test it.
What wick should a 10 cm jar use?
Not a step up inside the Eco cotton range — CSI lists only Thin (C1) and Thick (C2) there, and the page gives no diameter guidance for either. The wick with a stated figure for this jar is Cotton Braided Wicks Ready Made, "engineered for large-diameter candles exceeding 8 cm", at a flat ₹12 each with a stated wick height of 10.16 cm. Eco Braided Wicks at ₹472 for 5 metres describe themselves as suited to large diameter container jars without giving a number. Bracket both and read the pool at day 14.
Should I wrap foil around the rim to burn the tunnel out instead?
That is reasonable advice for one candle in someone's home and a bad idea for a batch you intend to recover. Forcing the hang-up to melt consumes wax you were about to reclaim and adds another heat cycle and more soot to material you plan to reuse. If the decision is to recover, stop burning, cover the jars and go to the scale. If the decision is to keep and enjoy them yourself, foil is fine — just do not do both.
What is the best use for recovered burned wax?
Your own wick tests, and it is badly underrated. You are about to bracket wicks for a wide jar, and a wick bracket judges the melt pool, not the fragrance — so wax whose load nobody can verify is exactly right for it, and your bracket then costs nothing in material. After that, wickless products: Wax Melts Containers at ₹29.50 each remove the wick variable entirely. Blending into a sellable candle is legitimate too, at a written ratio and with a full burn test.
Recover it, bound it, rewick it
Three quarters of a tunnelled wide-jar candle never burned. Weigh what comes back, cap the load at 8%, and put a wick in that the page actually states a diameter for.
Cotton Braided Wicks Ready Made ₹120 for 10 to ₹12,000 for 1,000, a flat ₹12 each, stated for candles exceeding 8 cm · Eco Braided Wicks ₹472 for 5 m · Eco Candle Wicks Loose ₹413 for 5 m, stated for 2 inch diameters · Luxury Soy Wax Chunks ₹599/kg with a stated 8–13% window · Apothecary Glass Candle Jar ₹212.40 · Wax Melts Containers ₹29.50 each · Candle Making Weighing Scale ₹354. Message us for bulk pricing, GST invoicing and documentation.
Shop candle wicks Ask on WhatsApp
Continue the read
- Poured 50 candles on too small a wick — what is actually lost?
- Wrong wick in a whole production batch: which route wastes less?
- Why is my candle tunnelling? The complete diagnosis and fix guide
- Why does my candle tunnel even with the correct wick?
- Candle tunnelling: causes, fixes and prevention
- Can I re-melt a failed candle and start over?
- Best wick for candle making: complete guide by diameter
Editorial standards & sources
About this guide: Written by the CANDLEMAKINGSUPPLIESINDIA team. Prices and stated specifications are CSI's; the pool-area geometry, the three-weight worksheet and the load-ceiling arithmetic apply to any supplier's materials.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; three longer reviews are shortened with an ellipsis and otherwise unedited.
Figures verified September 2026: Cotton Braided Wicks Ready Made ₹120/10, ₹600/50, ₹1,200/100, ₹6,000/500, ₹12,000/1,000 — a flat ₹12 each; page states "engineered for large-diameter candles exceeding 8 cm" and "Height of the wick is 10.16 cm". Eco Braided Wicks ₹472/5 m and ₹826/10 m; page states "the perfect solution for large diameter container jars" and gives no numeric diameter. Eco Candle Wicks Loose ₹413/5 m and ₹708/10 m; page states "designed specifically for 2 inch diameters". Eco Candle Wicks | Eco Wicks for Candle Making — Thin (C1) ₹59/10 to ₹5,900/1,000 at a flat ₹5.90 each; Thick (C2) ₹94.40/10 (currently sold out) to ₹9,440/1,000 at a flat ₹9.44 each; the page states no jar diameter and C1/C2 appear only in variant names. Luxury Soy Wax Chunks ₹299/500 g, ₹599/1 kg, ₹2,995/5 kg, ₹5,999/10 kg; page states a recommended fragrance load of 8% to 13% of total wax weight with 10% recommended, add fragrance at 80–90°C, pour at 70–80°C, and cure a minimum 48 hours ideally one to two weeks before burn testing. Luxury Soy Wax CSI 464 states up to 10%. Apple Cinnamon Fragrance Oil ₹93.22/15 gm, ₹237.18/50 gm, ₹474.36/100 gm, ₹2,371.80/500 gm, ₹4,743.60/1 kg — 1 kg is the largest listed fragrance pack; above that is a WhatsApp quote and listed per-kilo prices are ceilings. Apothecary Glass Candle Jar with Dome Lid ₹212.40 for 500 gm and ₹250 for 700 gm; page states approximately 10 cm outer rim and base diameter, 10.8 cm height without the lid, a fill capacity of about 500–700 g and safe hot pour up to 85°C, with identical dimensions given for both sizes. Clear Glass Votive Jar 70 gram ₹159.30/5 and ₹318.60/10 (₹31.86 each); page states about 70 g wax fill. Wax Melts Containers Empty ₹147.50/5, ₹295/10, ₹1,475/50, ₹2,950/100 in Heart and Square (₹29.50 each); the page states heat-resistant plastic and no capacity. Flower Silicon Mould / Wax Melts Mould ₹200.60; page states a mould size of 21.5 × 10.4 × 1.5 cm. Steel Wick Holder ₹250/5, ₹500/10, ₹1,250/25 (₹50 each); page states a 3-hole layout for single, double or triple wicks and a fit for most jar diameters up to 9 cm. Candle Making Weighing Scale ₹354. Mini Electric Wax/Soap Melter 1 litre ₹2,360. Hot Air Gun ₹531. Assumptions, stated as assumptions: the batch is 20 candles of 500 g finished weight at an 8% fragrance load calculated as a percentage of finished candle weight (460 g wax + 40 g oil), which is 8.70% on the percentage-of-wax-weight convention CSI's own product pages use; wax priced at the listed 1 kg rate of ₹599/kg and oil at the 1 kg rate of ₹4.7436/g; one wick per candle; a 14–21 day cure before judging throw, which is standard practice and not a CSI specification. The worked recovery example — 500 g poured, 415 g remaining, 85 g consumed — is an illustration of the arithmetic, not a measurement: your own three weights will differ and are the only ones that should drive your pour. Pool areas are calculated as π × (diameter ÷ 2)² from the internal diameters quoted. No remelt-loss percentage is published here because it depends on your equipment; the worksheet exists so you measure your own. Fragrance loads and temperatures are formulation limits published on the product pages, not regulatory limits. Prices and availability change — the linked product pages are always authoritative.