Container soy wax from ₹260 / 500gPen thermometer ₹354 · hot air gun ₹531Stocked in India · ships nationwide
CSI troubleshooting guides
Yes — cooling too quickly cracks candles. But the crack pattern tells you whether the problem is the rate or the evenness, and they need different fixes.
★★★★★
"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
★★★★★
"Soy wax quality is the best, which ever products ordered were properly packed and delivered as early as possible, timely response to the inquiries. Good service"
Jaya SawlaniVerified buyer · Nov 2025
Luxury Soy Wax CSI 464
★★★★★
"I love all the products...I received it without any damages...love to reorder again❤️"
Kaushiki SatarkarVerified buyer · Apr 2025
Luxury Soy Wax Chunks
★★★★★
"Love Quality wise fragrance wax loved all the products specially wax melter made easy my life.. thnx i am giving Quality wise 5 stars !!!"
Deepika k.Verified buyer · Mar 2026
Soy Pillar Wax
★★★★★
"Quality is good. Packaging was done right. Hope to get some discount in future for bulk buys"
Dipali SableVerified buyer · Aug 2024
Soy Pillar Wax
★★★★☆
"Good quality wax"
Arminder KaurVerified buyer · Oct 2025
Eco Soy CSI 400 · 4 stars
★★★★★
"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
★★★★★
"Soy wax quality is the best, which ever products ordered were properly packed and delivered as early as possible, timely response to the inquiries. Good service"
Jaya SawlaniVerified buyer · Nov 2025
Luxury Soy Wax CSI 464
★★★★★
"I love all the products...I received it without any damages...love to reorder again❤️"
Kaushiki SatarkarVerified buyer · Apr 2025
Luxury Soy Wax Chunks
★★★★★
"Love Quality wise fragrance wax loved all the products specially wax melter made easy my life.. thnx i am giving Quality wise 5 stars !!!"
Deepika k.Verified buyer · Mar 2026
Soy Pillar Wax
★★★★★
"Quality is good. Packaging was done right. Hope to get some discount in future for bulk buys"
Dipali SableVerified buyer · Aug 2024
Soy Pillar Wax
★★★★☆
"Good quality wax"
Arminder KaurVerified buyer · Oct 2025
Eco Soy CSI 400 · 4 stars
Reviews collected and published through Judge.me on candlemakingsuppliesindia.store. These are general reviews of the wax products named, not reviews of cooling behaviour or crack performance. Wording is unedited.
✓ 15 waxes in the Candle Wax collection✓ GST invoicing on every order✓ MSDS & IFRA documentation on request
Candle Troubleshooting · Cooling
Yes. Rate and evenness together are the main cause, and they are the two variables most Indian workshops control by accident. This page is only about cooling — how fast, how evenly, and how to read the crack the mistake leaves behind.
24 hrs
undisturbed, uncovered draught-free cooling before you judge a top · the fix costs ₹0 · container soy from ₹260/500g · CSI live pricing, September 2026
Quick answers — read this first
Does cooling too quickly cause candle cracks? Yes. Fast cooling sets the outside of the candle while the inside is still liquid and still contracting. The set shell cannot shrink with it, so it is pulled into tension until it fractures. Rate and evenness together are the main cause of cracking in container candles.
How do I tell which fault I have? Look at the pattern. Many fine short lines spread over the whole top means uniform fast cooling. One long crack running in a single direction means uneven cooling — one side of the jar lost heat faster than the other.
Can I put candles in the fridge to speed things up? No. Never refrigerate a candle. It is the fastest, most uneven cool you can engineer, and it also condenses moisture onto the wax surface. Read the full reason below.
What is the actual fix? Insulate the base, kill the draught, space the jars, leave the room temperature alone and wait 24 hours. It costs nothing. The general causes list — wax type, pour temperature, additives, jar shape — lives in why does my candle crack after cooling.
The short answer
Yes — and the mechanism is thermal stress. Wax contracts as it solidifies. If the surface and the walls set first, that solid shell is dragged inwards by the still-shrinking liquid core, and wax fails in tension long before it fails in compression.
Rate and evenness are two different faults. Uniform fast cooling produces fine surface crazing across the whole top. Uneven cooling — a fan on one side, a cold wall, a window — produces a single directional crack. The pattern is the diagnosis.
Five things chill a jar in an Indian workshop: a ceiling or pedestal fan, an air conditioner, a stone or steel worktop, a bare floor in December, and jars left in front of a window overnight. Each has a fix that costs nothing.
Read left to right. The rate of cooling decides whether the top cracks; the evenness of cooling decides what shape the crack takes. Many fine lines spread over the whole surface point to a fast but uniform cool. A single long crack, usually running from the cold side towards or past the wick, points to one side of the jar losing heat faster than the other. The third panel is what a controlled cool looks like.
Yes. Cooling rate and cooling evenness, taken together, are the main cause of cracked candle tops — more consistently than pour temperature, wax grade or fragrance load. The mechanism is thermal stress. Wax loses volume as it changes from liquid to solid, roughly a tenth of itself in a natural soy. When a jar cools slowly, the whole mass contracts together and the shrinkage is absorbed as a gentle dip around the wick. When it cools fast, the surface and the glass-facing walls set into a rigid shell while the middle is still liquid and still shrinking. That core pulls inwards; the shell cannot follow; the shell goes into tension. Set wax has very little tensile strength, so it does what brittle solids do — it fractures. The same physics also produces sinkholes and rough tops when the geometry favours a cavity over a crack. If you want the complete list of causes — wax type, additives, jar shape, pour temperature — that is the sibling guide, why does my candle crack after cooling. This page is only about the cooling itself, because it is the variable most workshops set by accident and the only one that costs nothing to fix.
One line: cool slowly and evenly and the wax shrinks as one body; cool fast or unevenly and the set shell is torn apart by the core still shrinking underneath it.
You cannot control a cooling curve you are not measuring. A Pen Thermometer at ₹354 tells you your pour temperature and your room temperature; a Hot Air Gun at ₹531 repairs a cracked top in seconds once you know why it cracked.
A crack is not the wax failing. It is the wax obeying two instructions at once — set, and shrink — that a fast cool makes impossible to obey together.
Molten wax is a disordered liquid; solid wax is a packed crystal structure, and packed structures occupy less space. That is the whole of it: solidification is a shrinkage event, and every candle you pour gets smaller as it sets. You normally see the evidence as the slight concavity around the wick. The wax has not gone anywhere — it has become denser.
Now add time. Wax is a poor conductor of heat — which is why it works as a candle at all — so a jar does not cool as one temperature. It cools as a gradient, from the outside in. The glass wall and the exposed top are in contact with the room; the centre is insulated by the wax around it.
Cool slowly and the gradient stays shallow: shell and core stay close in temperature, the whole mass passes through the setting range at roughly the same time, and the contraction is shared. Cool fast and the gradient becomes steep. The outer millimetres lock into a rigid shell in minutes while the core is still fully liquid and much warmer. The core then does its own shrinking — inside a container whose dimensions are already fixed.
Why the shell loses. Set wax is strong in compression and weak in tension. Push on it and it holds; pull on it and it parts. A contracting core pulls the shell inwards from every direction at once — pure tension. Stress accumulates as more of the core solidifies, then releases the only way a brittle solid can: a fracture running from wherever the wax is thinnest, usually the top surface and usually near the wick, which is a discontinuity in the wax body. The crack often appears hours after the candle looked finished, which is why makers blame the wax rather than the cooling.
This explains something that confuses new makers: two candles poured from the same pitcher, at the same temperature, minutes apart, can come out completely differently. What differed was where each jar stood while it set. Cooling is a per-jar variable, not a per-batch variable — the single most useful idea on this page.
Cracks, sinkholes and air pockets are the same event wearing different clothes
All three are contraction defects. Whether the shrinking core tears the surface (a crack), drags it down (a sinkhole) or opens a void inside (an air pocket) depends on where the wax sets first and where it stays liquid longest. Not sure which you have? Work through sinkholes vs cracks vs air pockets before changing anything.
Read the crack pattern: rate and evenness are two different faults
This is the step most makers skip, and it saves the most time. "Cooling too fast" and "cooling unevenly" are not the same defect. Different causes, different marks, different fixes. The candle in front of you already tells you which one you have.
The crack-pattern diagnostic
Look at the top before you touch anything else
What you see
What it means
Where to look
What to change
Many fine short lines, spread evenly across the whole top
Uniform fast cooling. The rate is wrong; the evenness is fine
Room temperature, AC, a fan running on the whole bench
Slow the whole room down. Insulate the base, cover loosely, switch the AC off during the set
One long crack running in a single direction, often edge to wick or edge to edge
Uneven cooling. One side lost heat faster than the other and pulled the surface apart along that axis
The side the crack points at — a wall, a window, a fan, a cold appliance
Move the jar, or block the cold source. The rate may already be acceptable
Crack starts at the glass and runs inward on one side only
The glass was colder than the wax on that side — usually contact with stone, steel or a cold floor
The worktop, not the air
Put an insulating layer under the jars. This is the cheapest fix on the page
A crater or crack circling the wick, top surface otherwise flat
The core stayed liquid longest at the wick and pulled the surface down as it set
Fine lines on the edge jars of a tray, clean tops in the middle
Batch position. The tray edges are exposed to the room; the middle jars insulate each other
Your tray layout
Re-arrange the batch — see the tray section below
The distinction matters commercially because the two faults cost very different amounts to fix. An evenness problem is usually one jar in a wrong position and takes thirty seconds to solve. A rate problem is a property of the whole workshop. Diagnose an evenness problem as a rate problem and you will rearrange your process for a week and still lose the jars nearest the window.
The CSI principle
The rate decides whether it cracks. The evenness decides what shape the crack takes.
Fine crazing over the whole surface is a room problem. One directional crack is a position problem. Diagnose the pattern first and you will change one thing instead of five.
The five things that cool a candle too fast in an Indian workshop
None of these are exotic. They are the ordinary furniture of a small candle operation run out of a spare room, a garage or a rented unit, and all five do their damage in the two to four hours after the pour, when nobody is watching.
1
A fan — the single worst offenderA fan strips the warm boundary layer off the top surface and replaces it continuously. That is forced convection: heat leaves the exposed surface many times faster than in still air while the core barely notices, which is the steepest gradient you can build. A pedestal fan is directional too, so you get both faults at once — a fast cool and an uneven one. Fix: fan off for the setting window, or move the cooling bench out of its arc.
2
An air conditionerAn AC is a fan with a cold coil attached: it does everything a fan does and drops the ambient as well. A workshop pulled right down while jars set will craze tops all summer, then produce clean ones in the monsoon when the AC is off — the seasonal mystery that gets blamed on a "bad batch" of wax. Fix: AC off, or set high, for the first two to three hours. Cool the room before the pour, not during the set, and keep jars out of the vent's direct airflow.
3
A stone or steel worktopGranite, marble, tile and stainless steel conduct far better than wax or wood and act as a heat sink under the base. The base sets first and hardest, and that fixes the shrinkage direction. This is the fault behind cracks that start at the glass and run inward, and it is why one recipe behaves differently on a kitchen slab and a wooden table. Fix: insulate under the jars — cardboard, a folded towel, a cork mat, a board.
4
A bare floor in DecemberNorth Indian winters put workshop floors well below room air temperature, and a floor is an effectively infinite heat sink — it absorbs everything a jar gives it without warming up. Makers who set jars on the floor because the table is full lose the December batch and never work out why. Same for a concrete floor in a hill-station workshop, year round. Fix: never cool candles on the floor; if space forces it, raise them on a pallet or a thick cardboard bed.
5
Jars in front of a window at nightThe window looks harmless during the pour. Glass sheds heat efficiently after dark, and a jar beside it loses heat from that side all night. You return in the morning to a batch where every candle has one crack and every crack points at the window — the purest evenness fault there is. Fix: move the cooling area away from external glass, or close a curtain. And stop parking jars on a windowsill: at 3 a.m. it is the coldest surface in the room.
There is no version of this that works. Not the fridge, not the freezer, not "just for ten minutes to set the top".
Plainly: do not put candles in a refrigerator or a freezer at any stage. Not to speed up setting, not to release a mould faster, not to firm a top before a second pour. It is the most reliable way to manufacture the defect this page is about.
Makers do it for one reason, worth naming honestly: impatience. A jar takes hours to set and a business has orders. The fridge appears to compress that wait to under an hour, and the first time you try it the candle does look set. So it becomes habit, then standard procedure, and then a whole festive run is built on it.
What it actually costs you. Three things, in order of severity. One: a refrigerator is the steepest cooling gradient available to you, so the shell sets almost immediately while the core is still fully molten — the exact tension condition described above, taken to its maximum. Cracks are not a risk here, they are close to a certainty in anything larger than a votive. Two: refrigerator cooling is directional. Cold air circulates from one vent and shelves conduct from below, so you get a rate fault and an evenness fault simultaneously, which is why fridge candles often show one deep crack and surface crazing. Three: take the jar out into a warm Indian room and moisture condenses onto the cold wax and glass — water on a surface you are about to burn, water trapped under a second pour, and a patchy finish that will not photograph. It also spoils glass-to-wax adhesion, so you get wet spots along the wall.
The commercial argument closes it. A cracked top can often be rescued with a hot air gun at ₹531 — one controlled pass to re-melt the top two millimetres and let it re-level. But a refrigerated candle has a stressed body, not just a stressed surface, and re-melting the top does not relieve stress running the depth of the jar. The crack usually comes back a day later, or the first time the customer burns it. That is a return, a refund and a review, against a saving of three hours.
The fridge does not make candles set faster. It makes them set wrongly, faster.
— CandleMakingSuppliesIndia
The controlled cool, as a procedure
The whole thing as steps. It is free, it takes about two minutes of setup before a pour, and it is the highest-return change available to a maker whose tops are cracking. Do all six — skipping one usually reintroduces the fault.
1
Prepare an insulating surface before you pourLay a wooden board, a cork mat, a folded towel or two layers of corrugated cardboard on the cooling bench. Nothing metal, stone or tile. This stops the base acting as a heat sink and removes the most common single-direction crack in one move. Set it up before the wax is ready, not with a full pitcher in your hand.
2
Kill every source of moving airFans off. AC off or set high. Windows and doors closed for the setting window. Air movement has the largest effect on cooling rate and is the easiest thing to switch off. If the workshop must stay ventilated, screen a separate cooling corner — a cardboard box with one side open, placed over the tray, is enough.
3
Cover loosely — never sealRest a sheet of cardboard, an upturned carton or a clean cloth over the tray, propped so it does not touch the wax. That traps warm air over the tops and holds the surface closer to the core temperature. Loose is the operative word. A sealed lid traps moisture and drops it back as condensation, giving a dull, mottled top instead of a cracked one — covered in why the top of my soy candle is rough.
4
Space the jars two to three centimetres apartCounter-intuitive but important. Touching jars cool as a single block, and a block has an outside and an inside — the outer jars shield the inner ones and cool much faster themselves. A consistent 2–3 cm gap gives every jar roughly the same exposure, which is what evenness across a batch means. Same gap all round, including at the ends of the row.
5
Hold the room stable, do not chase a targetYou are not aiming for a particular temperature, you are aiming for one that does not change while the wax sets. A steady 30°C room gives better tops than a room that starts at 24°C and climbs to 33°C, because the second keeps re-setting the gradient. Read the room with a pen thermometer at the pour and again two hours later; a gap of more than a few degrees is your instability.
6
Do not move, tilt or judge for 24 hoursMoving a jar mid-set changes which side is exposed — an evenness fault you introduce yourself. Carrying a tray to another room is worse. A top that looks cracked at four hours has sometimes not finished contracting, so leave it. Judge at 24 hours, top up or heat-gun then, label after that. Candle care stickers at ₹413 per 500 go on a finished candle, not a setting one.
A note on wax choice, honestly stated
Waxes contract differently and a change sometimes does help. But changing wax before you have controlled the cooling is a waste of money — you will only learn how the new wax cracks in the same room. Fix the room first. Still cracking after a controlled cool? Then compare: CSI 464 flakes at ₹507.40/kg, Luxury Soy Wax Chunks at ₹599/kg and Coconut Soy CSI 468 at ₹650/kg are all container waxes and all behave differently in the same jar. Buy 500g of each and test. How to verify wax quality before you buy sets out the method.
The batch problem: why a 50-jar tray cracks unevenly
Everything above assumes one jar. Scale to a festive run and a new fault appears that has nothing to do with your recipe. Jars at the edge of a tray cool faster than jars in the middle, because edge jars meet room air on two or three sides while middle jars are surrounded by other warm jars. A 50-jar batch is not one cooling condition — it is at least three, in concentric rings.
The signature is unmistakable once you look for it: the perimeter of the tray shows crazing or cracks, the middle is clean, and the four corner jars are worst because they are exposed on two sides. Makers read this as random quality variation and start doubting the wax. It is geometry.
Batch layout · same pour, same room
What each arrangement does to a 50-jar run
Arrangement
What happens
Verdict
One dense block, jars touching
Three cooling zones — corners fastest, edges fast, centre slow. Corner jars crack, centre jars may sink instead
Worst. Maximum variation in one batch
One dense block, jars spaced 2–3 cm
Variation reduced but not removed; the perimeter is still the exposed ring
Better. Acceptable for small runs
Spaced grid, loose cover over the whole tray
The cover equalises the air above every jar. Edge and centre converge
Good. This is the working standard
Several small spaced trays instead of one big one
More perimeter overall, but every jar has similar exposure, so the batch is consistent even if slightly faster
Good. Consistency beats absolute speed
Two rows deep against a wall
The wall side is a different thermal condition from the room side. Directional cracks all pointing the same way
Avoid. Classic evenness fault at scale
The rule for a festive run: arrange for equal exposure, not minimum exposure. A batch where every jar cools slightly fast but identically beats one where the middle is perfect and the edges are scrap — the first is a process you can adjust, the second is a lottery. If you are pouring at volume for Diwali on 8 November 2026, fix the tray layout during the sample run and never change it mid-season.
Mark the tray positions during testing
Number the positions on your cooling tray — A1, A2, B1 and so on — and record where every jar sat in your first controlled batch. When two jars out of fifty crack, you will know at once whether they were corner jars (geometry) or scattered at random (something else). One marker, and a vague complaint becomes a map.
Run the experiment: one pour, three cooling conditions, 48 hours
Do not take any of this on trust, including from us. One pour and two days will tell you more about your own workshop than any guide can. Hold everything else constant and cooling becomes the only variable left, so whatever difference appears at 48 hours is attributable to it.
1
Pour three identical jars from one pitcherSame wax, fragrance, load, wick, jar and pour temperature, poured within a minute of each other. Weigh each fill on a weighing scale at ₹354 so the depths match. Label them A, B and C on the base.
2
A — fast and evenUncovered, on bare stone or steel, in the path of a fan or AC vent, with airflow reaching it from above or all round rather than from one side. Your worst-case control.
3
B — fast and unevenUncovered, same bare surface, but with the cold source hitting one side only — a pedestal fan pointed at it horizontally, or the jar set against an external window. Note which side is cold; you will want that later.
4
C — slow and evenOn cardboard or wood, loosely covered with an upturned carton, no air movement, in a room whose temperature will not swing. The controlled cool above, done properly.
5
Read at 24 hours, then confirm at 48Do not judge earlier. Record the pattern, not pass or fail — the pattern is the data. Photograph all three tops side by side under the same light and keep the photo with your recipe sheet. A record beats a memory when the fault reappears in four months.
Record sheet · copy this into your batch book
Nine fields, filled in at the bench
Field
Jar A — fast, even
Jar B — fast, uneven
Jar C — slow, even
Wax, size, invoice date
Pour temperature (°C)
Room temperature at pour (°C)
Room temperature at +2 hrs (°C)
Surface under the jar
Air movement (none / all round / one side)
Covered? (no / loose / sealed)
Top at 24 hrs — pattern, not verdict
Top at 48 hrs — changed or stable?
At 48 hours you are looking for the diagram at the top of this page reproduced in your own workshop: A crazed, B split along one axis, C clean. If A and C both come out clean, your room is already slow enough — check the defect against the diagnostic guide. If all three crack, cooling is not the only fault: read why does my candle crack after cooling next.
Here is the part against our own interest, and it is true: nothing on the CSI store fixes this problem. No additive, no wax grade, no jar and no tool substitutes for cooling slowly and evenly. A pen thermometer at ₹354 lets you measure what is happening and a hot air gun at ₹531 repairs a top after the fact, but neither prevents the fault. Prevention is patience, cardboard and switching a fan off — all three free. We would rather you spent nothing and kept the batch than spent ₹5,074 on a 10 kg bag of a different wax that cracks in the same room.
Why trust this guide
CANDLEMAKINGSUPPLIESINDIA supplies raw materials, not finished candles. On a page about cracking, the commercially convenient advice would be "your wax is wrong, buy a different one". We sell six container waxes and we are telling you not to change any of them until you have controlled the cooling, because a wax swap made before that is money spent learning how a second wax cracks under the same conditions.
Every price on this page is taken from live CSI stock in September 2026 and links to the product page, where current pricing and specification always take precedence. The cooling behaviour described here is standard contraction physics for container candle wax; it is not a claim about any particular CSI product, and no CSI product is presented as a cure for it. The reviews at the top of the page are general product reviews and are not reviews of cooling or cracking.
For bulk pricing, GST invoicing, MSDS and IFRA documentation, or help working out whether a persistent crack is a cooling fault or a wax fault, message us on WhatsApp at +91 7397976926. Sending a photograph of the top is usually enough for us to tell you which pattern you have.
Frequently asked questions
Does cooling too quickly cause candle cracks?
Yes. Cooling rate and cooling evenness together are the main cause of cracked tops in container candles. Fast cooling sets the outer shell while the core is still liquid and still contracting; the core pulls the shell inwards, the shell goes into tension, and set wax has almost no tensile strength, so it fractures. Slow, even cooling lets the whole body contract together, and the shrinkage shows up as a harmless dip.
How can I tell whether my candle cooled too fast or cooled unevenly?
Read the pattern. Many fine short lines across the whole top means the rate was too fast but the cooling was uniform — a room problem, so slow the room down. One long crack in a single direction means one side lost heat faster — a position problem, so find the cold source it points at and move the jar or block it. Different fixes, which is why the pattern comes first.
Can I put candles in the fridge to set them faster?
No. Never refrigerate a candle. A fridge is the steepest cooling gradient available, so cracking is close to certain in anything larger than a votive; it is also directional, so you get crazing and a deep crack together; and when the cold jar comes out into a warm room, moisture condenses on the wax and glass, spoiling the finish and causing wet spots along the wall. Makers do it out of impatience, and it costs them the batch.
Why do only some jars in my batch crack?
Because a tray is not one cooling condition. Edge jars meet room air on two or three sides; middle jars are insulated by their neighbours, and corner jars are worst. The fix is equal exposure, not minimum exposure: space every jar 2–3 cm apart, cover the tray loosely, keep it away from walls and windows. Number the positions so you can tell a geometry fault from a random one.
How long should a candle cool before I move or judge it?
Leave it undisturbed for 24 hours. Moving a jar mid-set changes which face is exposed — an evenness fault you introduce yourself. A top that looks cracked at four hours may not have finished contracting. Judge at 24 hours, top up or heat-gun then, confirm at 48 before labelling. Fragrance cure is a separate, longer clock.
Will changing my wax stop the cracking?
Possibly, but not first. Waxes contract differently, so a change can help — but if the cooling is uncontrolled, a new wax will crack in its own way under the same conditions and you will have paid for the lesson. Control the room, run the three-jar test, then compare. If you do compare, buy 500g of two or three container waxes rather than a 10kg bag of one: CSI 464 at ₹260/500g, Luxury Soy Chunks at ₹299/500g and Coconut Soy CSI 468 at ₹325/500g.
Fix the cool, not the shopping list
Cardboard under the jars, fan off, loose cover, 24 hours. That is the fix, and it costs nothing.
When you do need materials: Luxury Soy Wax CSI 464 from ₹260/500g, Luxury Soy Wax Chunks from ₹299/500g, Eco Soy CSI 400 at ₹399/kg, Premium Coconut Soy CSI 468 from ₹325/500g, pen thermometer ₹354 and hot air gun ₹531. GST invoicing on every order; MSDS and IFRA documentation on request. Send us a photograph of a cracked top and we will tell you which pattern it is.
About this guide: Written by the CANDLEMAKINGSUPPLIESINDIA team. Product links reflect the CSI range; the thermal-stress explanation, the crack-pattern diagnostic, the controlled-cool procedure and the batch-layout advice apply to any supplier's wax. The general causes of cracking are covered in the sibling guide and are deliberately not repeated here.
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 and all six are recorded as verified buyers; wording is unedited. They are general reviews of the wax products named — Luxury Soy Wax CSI 464, Luxury Soy Wax Chunks, Soy Pillar Wax and Eco Soy CSI 400 — and not reviews of cooling behaviour or crack resistance. Arminder Kaur's review of Eco Soy CSI 400 is a 4-star review; the other five are 5-star.
Figures verified September 2026 (CSI live pricing): Luxury Soy Wax CSI 464 flakes ₹260/500g, ₹507.40/kg, ₹2,537/5kg, ₹5,074/10kg. Luxury Soy Wax Chunks ₹299/500g, ₹599/kg, ₹2,995/5kg, ₹5,999/10kg. Eco Soy CSI 400 ₹399/kg, ₹1,996/5kg. Premium Coconut Soy Wax CSI 468 ₹325/500g, ₹650/kg. Soy Pillar Wax ₹300/500g, ₹600/kg. Semi Refined Paraffin Wax ₹220/kg, the cheapest wax per kg on the store. Pen Thermometer ₹354. Candle Making Weighing Scale ₹354. Hot Air Gun ₹531. Eco Candle Wicks Thin (C1) ₹59 per 10 (₹5.90 each). White Matte Glass Jar ₹354 per pack of 5 (₹70.80 each). Candle Care Stickers Roll ₹413 per 500 (₹0.83 each). The Candle Wax collection holds 15 products. Diwali 2026 falls on 8 November. Cooling times, spacing distances and temperature-stability guidance are workshop practice, not manufacturer specifications. Prices and availability change — the linked product pages are always authoritative.
