My Wax Supplier, Fragrance Supplier and YouTube Tutorials All Give Different Instructions — Which Variables Should I Actually Test Instead of Following One Recipe?
Aktie
Container soy wax from ₹260 / 500g Fragrance oils from ₹93.22 / 15g Stocked in India · ships nationwide
CSI beginner guides · resolving conflicting instructions
Your three sources are not arguing. They are answering three different questions, and only three of the answers were ever yours to decide.
★★★★★
"Soy wax quality is the best, which ever products ordered were properly packed and delivered as early as possible…"
Jaya SawlaniVerified buyer · Nov 2025
Luxury Soy Wax CSI 464
★★★★★
"Fresh and soothing"
Yashvi ShahVerified buyer · Jul 2025
Blue Ocean Fragrance Oil
★★★★★
"Ordered soy wax, fragrance oils, wax and thermometer — everything was great quality!…"
RenuVerified buyer · Jul 2026
Gilli Mitti Fragrance Oil
★★★★★
"I just tried making a candle out of curiosity & ordered supplies.. I found the ingredients to be of good quality.…"
SraddhaVerified buyer · Mar 2025
Gardenia Fragrance Oil
★★★★★
"All the products are so good"
Jinal PatelVerified buyer · May 2025
Luxury Soy Wax Chunks
★★★★★
"Soy wax quality is the best, which ever products ordered were properly packed and delivered as early as possible…"
Jaya SawlaniVerified buyer · Nov 2025
Luxury Soy Wax CSI 464
★★★★★
"Fresh and soothing"
Yashvi ShahVerified buyer · Jul 2025
Blue Ocean Fragrance Oil
★★★★★
"Ordered soy wax, fragrance oils, wax and thermometer — everything was great quality!…"
RenuVerified buyer · Jul 2026
Gilli Mitti Fragrance Oil
★★★★★
"I just tried making a candle out of curiosity & ordered supplies.. I found the ingredients to be of good quality.…"
SraddhaVerified buyer · Mar 2025
Gardenia Fragrance Oil
★★★★★
"All the products are so good"
Jinal PatelVerified buyer · May 2025
Luxury Soy Wax Chunks
Reviews collected and published through Judge.me on candlemakingsuppliesindia.store. Three longer reviews are shortened with an ellipsis; wording is otherwise unedited.
✓ Stated loads and temperatures published per wax ✓ 106 fragrance oils in the range ✓ Bulk pricing & documentation on WhatsApp
Candle Business Guides · Beginner Systems
Write out every instruction you have been given and you will find about seven of them. Four are not variables at all — they are already decided by the pages you bought from. Only three are genuinely open, and this guide tests them in order, one batch at a time, starting with a six-jar batch that costs ₹1,722.20 in materials.
4 obey · 3 test
of the seven instructions three sources hand a beginner, four are fixed by your wax and oil pages and three are yours to settle · CSI live pricing, September 2026
Quick answers — read this first
Which variables should I actually test? Three: wick size, the load you pour inside the stated band, and how long you cure. Everything else — melt temperature, add temperature, pour temperature, the maximum load — is already printed by whoever formulated the material. You obey those; you do not test them.My wax says 13% and my oil says 10%. Who is right? Both. They are describing different things — the wax's capacity and the oil's published candle band — and you work to the lower number. That is 10%, and for a first batch you pour 8%.
Whose cure time do I follow? The Blue Ocean oil page states cure soy for 48–72 hours before burn testing. The Luxury Soy Wax Chunks page states a minimum of 48 hours, ideally one to two weeks. Those are not in conflict: 48–72 hours is the earliest you may judge, one to two weeks is the recommendation. Longer figures you hear are trade practice, not published specification.
Does the tutorial get a vote? On sequence and technique, yes — it is the best of the three sources for those. On numbers, no. It cannot see your jar, your wax bag or your room.
The short answer
Split the instruction list before you buy anything else: four instructions are specifications you follow (melt, add, pour, maximum load) and three are experiments you run (wick, working load, cure). A "recipe" mixes the two together, which is exactly why three recipes look like three contradictions.
Test them in this order: wick first, because a wrong wick makes every other result unreadable. Then working load, because you can only judge throw once the melt pool is right. Then cure, because it is free and you can measure it on the jars you already poured.
One variable per batch, three repeats per level: six 120 g jars settle the wick question — three on Eco C1, three on Eco C2, identical wax, identical 8% load, identical jar. Materials ₹1,722.20, or ₹156.64 to ₹160.18 per jar.
In this guide
Every conflict you have collected sits in the left box, where it was already settled, or in the right box, where it was never anyone else's to settle. Sorting the list takes ten minutes and removes about four of the seven arguments outright.
Stated load up to 10% · flake form
Luxury Soy Wax CSI 464 · 1 kg ₹507.40
Page states load, cure and a flashpoint
Blue Ocean Fragrance Oil · 100 gm ₹495
Two pages disagreeing?
Send us both and we will read them
Straight answer
Three sources give me three sets of instructions — which variables should I actually test?
Three, and only three: wick size, the working load you pour inside the stated band, and cure length. Test them in that order, one per batch, three repeats per level. The other four instructions in a typical recipe are not variables — they are specifications, and the correct response to a specification is to follow it. Your wax page owns melt temperature, add-fragrance temperature and pour temperature; on CSI's range Luxury Soy Wax CSI 464 states a melting point and pour temperature of 80°C–90°C and a load of up to 10%, while CSI 468 states melt 50–53°C and pour 58–60°C. Your maximum load is jointly owned: take the lower of your wax's stated ceiling and your oil's stated candle band, so Blue Ocean's stated up to 10% for soy, paraffin and natural wax blends caps a 13% wax at 10%. That leaves the three genuinely open questions, and the first one has to be the wick, because a wick that never reaches the glass makes every judgement about load and cure meaningless. Batch one is six 120 g jars — three on Eco C1, three on Eco C2 — identical wax, identical 8% load, identical jar: 662.4 g of wax and 57.6 g of oil, ₹1,722.20 of materials, ₹156.64 to ₹160.18 per jar depending on which wick. Batch two repeats the same six jars at 8% and 10% with the winning wick held constant. Cure costs nothing: burn one jar per group at day 7 and one at day 14 and read your own notes. Three batches, and you have replaced three arguments with one logged recipe.
One line: obey the four numbers your pages print, test only wick, working load and cure — in that order, three repeats per level, one variable per batch.
Running the arbitration? Luxury Soy Wax CSI 464 1 kg ₹507.40 (stated up to 10%), Blue Ocean Fragrance Oil 100 gm ₹495 (stated up to 10% for soy, 48–72 h cure, flashpoint 143°C), Eco Candle Wicks from ₹59 for 10.
Shop candle wicks
What each of your three sources is entitled to decide
Two of your sources are describing materials. The third is describing a kitchen. Only one of those things is in your house.
A wax supplier can tell you how their wax behaves. A fragrance supplier can tell you how much of their oil a wax will typically carry and what that oil does to colour. Neither can see your jar. A tutorial can see a jar — just not yours. Once you assign each source the territory it actually has, the contradictions collapse into a division of labour.
Source authority map
What each source knows, what it cannot know, and how to use it
| Source | Genuinely authoritative on | Cannot know | How to use it |
|---|---|---|---|
| Your wax page | Melting point, add-fragrance temperature, pour temperature, maximum load, form (flake, chunk, pearl), intended use (container or pillar) | Your jar diameter, your room temperature, which oil you chose | Copy the numbers into your log verbatim. Where it is blank, plan a test |
| Your fragrance oil page | Its published candle load band, its cure guidance, any measured flash point, whether it discolours light wax, its note structure | Which wax you bought, how your wax holds oil, your wick | Use its band as the second ceiling. Read its discolouration line before you buy white jars |
| A tutorial | Sequence, hand skills, what a mistake looks like, how long things take, confidence | Every single number that depends on a material or a vessel | Watch for the hands. Mute the numbers |
| Your own logged batch | Wick size for your jar, the load that throws best, how much cure adds, whether the recipe repeats | Nothing that matters at this stage | This is the only source that is about your candle |
The fourth row is the one beginners undervalue, because it looks like work rather than information. But notice what it is authoritative on: every question the other three cannot answer. That is not a coincidence. The questions left over after the specifications are read are precisely the questions that depend on the combination sitting on your table, and a combination has to be measured, not looked up.
The mistake: asking a supplier a question they cannot answer, then following the guess. "Which wick should I use?" is a fair question and we get it every day, but the honest answer begins with a question back: what is your jar's internal diameter, which wax, and what load? Even then, the best anyone can do from a distance is narrow it to two or three sizes for you to burn-test. On CSI's range, exactly one wax page names a wick — Eco Soy CSI 400 states "Recommended Wick Eco Wicks" — and the Eco Candle Wicks page itself states no diameter range for C1 or C2. Anyone who gives you a single wick size without asking about your jar is guessing on your behalf.
The four you obey
These four are not up for debate, they are up for reading. Write them into the top of your log sheet before you melt anything, and take them from the page you bought from — not from the page of a similar-sounding wax, and not from a video.
The four fixed instructions · as stated on CSI wax and oil pages
What is stated, by which page, and what happens if you override it
| Instruction | Owned by | Examples of what is actually stated | Cost of overriding it |
|---|---|---|---|
| Melting point | Wax page | CSI 464 "Melting Point 80°C – 90°C" · CSI 468 "Melting Point 50°C – 53°C" · Eco Soy CSI 400 "Melt Point 100°F (37.8°C)" | Overheating degrades a soy blend and can scorch; underheating leaves unmelted flakes that seed a grainy top |
| Add-fragrance temperature | Wax page | Chunks "Recommended fragrance add temp 80-90°C" · Eco Soy CSI 400 "add your fragrance or essential oils at 85°C (185°F), stir gently for 2 minutes" | Too cool and the oil does not bind; too hot and you lose top notes you paid for |
| Pour temperature | Wax page, capped by any jar limit | Chunks pour 70–80°C (also stated 75–80°C in the same description) · CSI 464 80–90°C · CSI 468 58–60°C · the 150 g golden-lid jar states "safe for hot pour up to 85°C" | Rough tops, sinkholes, wet spots — the failures most often blamed on the wax |
| Maximum fragrance load | Lower of wax page and oil page | Chunks "up to 13%" · CSI 464 "up to 10%" · CSI 468 "up to 13%" · Blue Ocean "up to 10% for soy, paraffin, and natural wax blends" · Sandalwood "Up to 10% for soy wax" | Oil that does not bind: separation, sweating, a drowned wick, a weaker candle for more money |
One nuance worth 30 seconds, because it is a real conflict between two honest conventions. Several pages phrase the load as a percentage of total wax weight — the Chunks page says "Recommended fragrance load: 8% to 13% of total wax weight", and the Lavender page states 6–10% for candles. This corpus, like most production planning, calculates load as a share of the finished candle: a 200 g candle at 8% is 184 g of wax plus 16 g of oil. On the wax-weight convention the same 200 g total would be 185.19 g of wax plus 14.81 g of oil. The gap is 1.19 g of oil in a 200 g candle — small, but real, and it is one more reason two "8%" recipes can look different. Pick one convention, write it at the top of your log, and never mix them mid-test.
Copy the wording, not your memory of it
When you transcribe a specification into your log, copy the phrasing. "Pour Temperature 80°C – 90°C" is different information from "pour hot". The CSI 464 page is a good example of why: it states the melting point and the pour temperature as the same 80–90°C range, which is unusual for a soy wax and worth noticing rather than smoothing over. Quote it as the page's figure, pour at the cooler end of it, and record what your thermometer actually read.The three you test
Now the open questions. Each one gets its own batch, its own two or three levels, and three repeats per level — because a single jar is an anecdote. Here is the full test programme, with the wax and oil each batch consumes so you can buy once.
The three-batch test programme · 120 g jars at 8% unless stated
What each batch changes, what it holds constant, and what it consumes
| Batch | The one variable | Levels × repeats | Held constant | Wax & oil used | What a result looks like |
|---|---|---|---|---|---|
| 1 | Wick size | 2 × 3 = 6 jars | Wax, jar, oil, 8% load, add and pour temperature | 662.4 g wax · 57.6 g oil | One wick reaches the glass in about 2–3 hours on all three repeats without a tall flame or soot |
| 2 | Working load | 2 × 3 = 6 jars | Winning wick, wax, jar, temperatures | 8% group 331.2 g wax + 28.8 g oil · 10% group 324 g wax + 36 g oil | The higher load throws noticeably better at day 14 — or it does not, which saves you money forever |
| 3 | Cure length | 2 days × 3 = uses batch 2's jars | Everything | ₹0 extra | Day 14 beats day 7 by a margin you can describe in words |
Batch 3 is free because it is not a separate pour — it is a decision to burn half your jars later. That is the cheapest information in candle making and the one beginners skip most often. If you take nothing else from this page: never burn all the jars in a batch on the same day.
Why wick first? Because the wick determines whether the candle ever produces a full melt pool, and hot throw is a function of the melt pool. If you test load on an under-wicked candle you will conclude that more oil does nothing, which is a wrong conclusion that costs you the rest of your bottle. The full mechanism is in wrong wick size is killing your hot throw, and the diagnostic order is the same one used in why is my candle's fragrance throw weak.
Six real conflicts, resolved
These are not invented examples. Each one is a genuine disagreement you can find between a CSI wax page, a CSI oil page and the general advice circulating online, and each has a clean resolution.
Conflict resolution table
Six clashes a beginner actually meets, and the rule that settles each
| # | The conflict | Resolution | Why |
|---|---|---|---|
| 1 | Wax page says up to 13%; oil page says up to 10% for soy | Work to 10%; pour 8% first | Two ceilings, not two opinions. The lower one binds. A ceiling is never a target |
| 2 | Oil page says cure 48–72 hours; wax page says minimum 48 hours, ideally 1–2 weeks; forums say 14–21 days | 48–72 h = earliest you may judge. 1–2 weeks = the recommendation. 14–21 days = trade practice, an assumption | These are three different claims about the same axis, not three answers to one question |
| 3 | CSI 464's page states melt and pour as the same 80–90°C range | Quote it as the page's figure, pour at the cooler end, log your actual reading | It is what the page states. We are not going to invent a different range, and you should not either |
| 4 | One page says 8% "of total wax weight", the planning convention says 8% of the finished candle | Pick one and write it in your log. On a 200 g candle the difference is 1.19 g of oil | Both are valid. Mixing them mid-test is what produces "my 8% smells different from their 8%" |
| 5 | A tutorial names a numbered wick size; your wick page states no diameter | Bracket Eco C1 and C2 across three repeats each and burn-test | Wick numbering is not standardised across makers. Only 4 of 336 CSI pages tie a wick to a container size |
| 6 | "Always add fragrance below its flash point" — but your oil page publishes no flash point | Follow the wax page's stated add temperature and ask for the SDS on WhatsApp | Only 18 of 107 CSI oil pages publish a measured flash point. A "> 93°C" threshold line is not a measurement and cannot be used as one |
Counted, not estimated: the two audit figures used above come from reading the stored product-description text of all 336 CSI product pages captured in the September 2026 pull — 229 non-fragrance listings plus 107 fragrance-oil pages — and counting a field as stated only where the text carries a verbatim statement of it. On that definition, 4 pages tie a wick to a container size or name a recommended wick, and 18 of the 107 oil pages publish a measured flash point, while 51 mention flash point at all (32 of those carry only the shared "> 93°C" threshold line and one declines to give a figure). Other posts in this corpus have drawn the boundary differently; this is ours, written down.
Do not resolve a conflict by changing two things at once. The natural response to a failed candle is to fix everything you suspect — bigger wick and more oil and a cooler pour. If the next candle works, you have learned nothing, because you cannot say which change did it, and you now have a three-part recipe you cannot debug next time. The correct first move after an ambiguous result is to repeat the same batch, not to change a material. If the repeat behaves differently, your process is the variable, and no amount of buying will fix that.
What to buy to run the arbitration
Three purchases cover all three batches: a container wax with a stated load, an oil whose page publishes a band and a cure, and a thermometer so that "pour temperature" means something. Each card shows every listed pack with the price per kilo or unit.
1
Container wax · stated load, flake form
Luxury Soy Wax CSI 464 (Flakes)
A flake-form container wax stated for single-pour container candles with a fragrance load of up to 10%. Flakes are easy to weigh in small quantities, which matters when every batch is six jars rather than a production run. Its page states both the melting point and the pour temperature as 80°C–90°C; quote that as the page's figure, work at the cooler end and log what you read. One CSI customer, Thenirvaofficial, calls it "one of the best wax for container Candles. Easy to work with, especially if you are a beginner." Note that the 500 g pack works out dearer per kilo (₹520) than the 1 kg pack, so buy the kilo.
| Size | Price | Per kg | 120g jars @ 8% |
|---|---|---|---|
| 500 g | ₹260 | ₹520 | ≈4 |
| 1 kg | ₹507.40 | ₹507.40 | ≈9 |
| 5 kg | ₹2,537 | ₹507.40 | ≈45 |
| 10 kg | ₹5,074 | ₹507.40 | ≈90 |
₹56.02 of wax per 120 g test jar at 1 kg pricing Buy CSI 464
2
Fragrance oil · unusually well documented
Blue Ocean Fragrance Oil
Chosen here because its page publishes three of the four things an oil page can usefully publish: a candle band of up to 10% for soy, paraffin and natural wax blends, a cure instruction of 48–72 hours for soy before burn testing, a measured flashpoint of 143°C (290°F), and a vanillin content of 0%, stated as no discolouration in white and light-coloured wax. That last line matters if you are pouring into clear or white glass. Notes are stated as sea salt and ozone over jasmine and lily of the valley, on driftwood and musk. The 15 gm size is currently sold out, so the 50 gm or 100 gm is the sensible test buy. Its page mentions IFRA guidelines for skin-contact products; documentation is available on request via WhatsApp.
| Size | Price | Per 100g | 120g jars @ 8% |
|---|---|---|---|
| 15 gm (sold out) | ₹93.22 | ₹621.47 | ≈1 |
| 50 gm | ₹247 | ₹494 | ≈5 |
| 100 gm | ₹495 | ₹495 | ≈10 |
| 500 gm | ₹2,478 | ₹495.60 | ≈52 |
| 1 kg | ₹4,956 | ₹495.60 | ≈104 |
₹47.52 of oil per 120 g test jar at the 100 gm price Buy Blue Ocean
3
The instrument that makes "obey" possible
Pen Thermometer For Candle Making
Four of your seven instructions are temperatures. Without a thermometer you cannot follow any of them, which means you cannot tell a wax problem from a process problem, which means every batch is a fresh argument. At ₹354, bought once, this is the cheapest way to convert three conflicting recipes into one repeatable one. One CSI customer, Renu, mentions ordering "soy wax, fragrance oils, wax and thermometer" together — that is the right shopping list for a first arbitration. It is listed in a single size at ₹354, so there is no pack ladder to weigh up: buy it with your first kilo of wax and it pays for itself the first time it stops you rejecting a good wax for a process fault.
₹354 once, used by every batch you will ever pour Buy Pen Thermometer
The six-jar arbitration batch
Batch 1 settles the wick, which unlocks everything else. Six Amber Shiny Glass Jars — the page states a 120 gm capacity and a 6 cm diameter, 6.5 cm height, which is exactly the kind of stated figure that makes a wick bracket possible. At 8% of the finished candle each jar is 110.4 g of wax and 9.6 g of oil, so six need 662.4 g and 57.6 g.
Arbitration basket · CSI live pricing, September 2026
What batch 1 costs, line by line, and what each line is testing
| Item | Pack | Price | Role in the test |
|---|---|---|---|
| Luxury Soy Wax CSI 464 | 1 kg | ₹507.40 | Constant. 662.4 g used, leaving 337.6 g for a repeat |
| Blue Ocean Fragrance Oil | 100 gm | ₹495 | Constant. 57.6 g used across all six jars |
| Amber Shiny Glass Jar with Black Lid | 2 × pack of 5 | ₹472 | Constant. Stated 120 gm capacity, 6 cm diameter. Ten jars, six poured |
| Eco Candle Wicks · Thin (C1) | 10 wicks | ₹59 | The variable. Level 1, three jars |
| Eco Candle Wicks · Thick (C2) | 20 wicks | ₹188.80 | The variable. Level 2, three jars. The 10-pack of C2 is currently sold out |
| Materials subtotal | ₹1,722.20 | Enough for batch 1 plus most of a repeat | |
| Pen Thermometer | 1 | ₹354 | Bought once. Turns four instructions from guesses into readings |
| Basket total | ₹2,076.20 | Per jar: ₹156.64 on C1, ₹160.18 on C2 |
1
Write the four fixed numbers at the top of a pageWax: CSI 464. Stated melt 80–90°C. Stated pour 80–90°C, so target the cooler end. Stated maximum load 10%. Oil: Blue Ocean, stated up to 10% for soy — so the cap is 10% and the working load for this batch is 8%. Those four lines are now closed. Underneath, write "VARIABLE: wick — C1 vs C2".
2
Label and wick all six jars before any heatJars C1-1, C1-2, C1-3 and C2-1, C2-2, C2-3. Stick each wick dead centre with a wick sticker and hold it upright with a wick centring device. An off-centre wick burns unevenly and will look exactly like a wrong wick size, which is the one confusion this batch exists to avoid.
3
Melt, scent and pour as one batchMelt 700 g of flakes, bring to the stated range, add 60.9 g of oil to 700 g of wax to hold 8% of the finished weight, stir gently two minutes, then pour all six jars in one continuous pass at the same thermometer reading. One melt, one stir, one pour means the wick really is the only difference between the two groups.
4
Cure all six identically, then burn one from each group at day 7Lids on, same shelf, same room. On day 7 trim both wicks to about 5 mm and burn C1-1 and C2-1 for up to three hours, side by side but not close enough to heat each other, never unattended. Record minutes to a full melt pool reaching the glass, flame height, soot, mushrooming, and throw at 30 and 120 minutes.
5
Burn a second pair at day 14 — and keep the third pair sealedThe day-14 pair tells you what cure added. The third pair is your reference: if a customer or a friend later asks what the recipe was, you have a physical sample from the batch. Keep it labelled with the date, the wax, the oil, the load, the wick and the pour temperature.
6
Declare a winner, or declare the test invalidA wick wins if all three of its jars behave the same way. If C1's three jars disagree with each other, the answer is not "C1 is inconsistent" — it is repeat the batch, because something in your process moved. Only when one group is internally consistent do you carry that wick forward to batch 2 and start changing load.
Neither wick wins? That is a result too
If C1 tunnels on all three and C2 gives a tall flame and soot on all three, your jar sits between the two sizes. The honest next step is to change the vessel rather than force the wick — a slightly narrower jar will suit C1, a wider one will suit C2. A flame that is too large is a hazard, not a preference, so never settle for the over-wicked option because the throw was better. If you need a third option for a wide jar, Cotton Braided Wicks Ready Made state they are engineered for large-diameter candles exceeding 8 cm.The CSI principle
A recipe is four specifications you obeyed and three results you earned. Anything else is someone else's notes.
Your suppliers cannot test your combination and a tutorial cannot see your jar. That division is not a failure of the industry — it is what makes candle making a craft rather than an assembly instruction. The fastest route through it is to stop arguing with the four and start measuring the three.
Batch 1 settled? Batch 2 needs nothing new — same wax, same jars, same oil, one wick. When a recipe finally repeats, CSI 464 is listed at 5 kg ₹2,537 and 10 kg ₹5,074 and Blue Ocean at 500 gm ₹2,478 and 1 kg ₹4,956. 1 kg is the largest listed fragrance pack; above that is a WhatsApp quote.
Ask for bulk pricing on WhatsApp
Testing order, and when to stop
Order matters because the variables are not independent. Wick determines melt pool; melt pool determines whether load is even readable; cure shifts both. Testing them out of order does not merely waste money, it produces confident wrong conclusions.
Why this order, and what breaks if you change it
The dependency, the wrong conclusion, and the wasted spend
| If you test… | …before… | The wrong conclusion you will reach | What it costs |
|---|---|---|---|
| Fragrance load | Wick | "This oil has no hot throw" — when the candle never reached a full melt pool | A 500 gm or 1 kg bottle of an oil you wrongly rejected |
| Cure length | Wick | "Curing does nothing" — because an under-wicked jar cannot release what cured | Two weeks, and the habit of not curing |
| Anything | Fixing your pour temperature | "This wax gives rough tops" — when the pour was outside the stated range | A wax you stop buying for no reason |
| Three variables together | Any of them separately | "This recipe works" — with no idea which part of it does | Every future batch, because you cannot debug it |
And stopping. You stop testing a variable when three jars at the same level agree with each other and you can write the result as a sentence. You stop testing the recipe when you can pour it twice, a fortnight apart, and get the same candle. Not when it is perfect — when it is repeatable. The distinction is the subject of how do I know when I have actually finished formulating my first candle, and the reproducibility question is taken further in is one perfect candle enough to approve a formula.
If you would rather see the same problem from the material side — which numbers belong to a wax and which to a tutorial — that is why every tutorial gives different temperatures and percentages. If your problem is the shopping list rather than the method, start with which materials are universal and which depend on your wax and container.
You cannot out-read a wick test. Four of your instructions were answers; three were homework.
— CandleMakingSuppliesIndia
Why trust this guide
CANDLEMAKINGSUPPLIESINDIA supplies raw materials, not finished candles. A page that told you to trust your supplier's recipe would sell more oil, because you would buy a big bottle and find out later. We would rather tell you plainly that we cannot see your jar: on our own range exactly one wax page names a wick and the Eco Candle Wicks page states no diameter range, so the wick answer has to be earned on your bench, not ours.
Every price, pack and specification here comes from live CSI stock in September 2026 and links to the product page, which is always authoritative on current pricing. Loads, temperatures, cure figures, flash points and discolouration positions are quoted only where a product page states them, and the two audit counts in this post were computed from the stored page text using the definition printed beside them. A "> 93°C" threshold line is never treated as a measured flash point. Loads are wax formulation limits, not regulatory limits, and 1 kg is the largest listed fragrance pack.
For help reading two pages that appear to contradict each other, for bulk pricing, GST invoicing, or MSDS and IFRA documentation, message us on WhatsApp at +91 7397976926.
Frequently asked questions
If my wax supplier and fragrance supplier disagree about fragrance load, who wins?
Neither — you take the lower of the two stated figures, because they are both ceilings and both are real. The wax figure describes how much oil that blend will physically carry; the oil figure is the band that oil's own page publishes for candles. On CSI pages this clash is common: Luxury Soy Wax Chunks and CSI 468 state up to 13%, while Blue Ocean and Sandalwood both state up to 10% for soy wax. Pour 8% for your first batch, safely inside both.
Can I test wick size and fragrance load in the same batch to save money?
You can pour them, but you cannot read them. With two variables moving, a good result does not tell you which change produced it and a bad result does not tell you which to undo. Worse, testing load on the wrong wick produces the specific wrong conclusion that "this oil has no hot throw", which usually gets a whole bottle written off. Six jars at one variable cost ₹1,722.20 in materials; a rejected 1 kg bottle of oil costs more than that on its own.
How many jars do I need per level to trust the result?
Three. One jar is an anecdote — it can be a bad wick set, an off-centre wick or a draught. Two jars that disagree leave you with no tie-breaker. Three jars at the same level either agree, in which case you have a result you can write down, or they disagree, in which case the finding is that your process is the loose variable and the correct next move is to repeat the batch rather than buy a different material.
My fragrance oil page gives no flash point. Is it unsafe to heat?
No — a missing figure is a missing figure, not a warning. In our audit of CSI's 107 fragrance-oil pages, 51 mention flash point and only 18 publish a measured value; 32 carry a shared "flash point > 93°C (suitable for alcohol-based products)" line, which is a threshold and cannot be read as a measurement. Follow your wax page's stated add-fragrance temperature, stir for two minutes, and request the SDS on WhatsApp if you need the number for your own records.
Should I follow the cure time on the oil page or the wax page?
Both, because they say different things. An oil page stating 48–72 hours for soy is telling you the earliest point at which a burn test is meaningful. The Luxury Soy Wax Chunks page stating a minimum of 48 hours, ideally one to two weeks is telling you where the wax is happiest. Treat 48–72 hours as the floor and one to two weeks as the plan. Longer windows such as 14–21 days are common trade practice rather than published specification — label them as an assumption in your log.
Is it ever right to just follow one recipe exactly?
Yes — when it is your own recipe, from your own logged batch, on the same wax, oil, jar and wick. That is the whole point of the three batches: to end up with one recipe you are entitled to follow blindly. Following someone else's exactly only works if all four materials match, which is rarer than it sounds, since wick numbering is not standardised and jar diameters vary. Until then, obey the four printed numbers and test the three open ones.
Stop arbitrating. Start testing three things.
Four numbers you read. Three you earn. One recipe you own.
Luxury Soy Wax CSI 464 1 kg ₹507.40 with a stated 10% load and 80–90°C figures; Blue Ocean Fragrance Oil 100 gm ₹495, stated up to 10% for soy, 48–72 h cure, flashpoint 143°C, 0% vanillin; Amber Shiny Glass Jar with Black Lid pack of 5 ₹236, stated 120 gm capacity and 6 cm diameter; Eco Candle Wicks Thin (C1) 10 for ₹59 and Thick (C2) 20 for ₹188.80; Pen Thermometer ₹354. Send us your two product pages and we will tell you which number binds.
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Continue the read
- Why does every tutorial recommend different temperatures and percentages?
- How do I design tests that change only one variable at a time?
- Which materials are universal and which depend on my wax and container?
- Wrong wick size is killing your hot throw
- How to compare two fragrance oils using a controlled burn test
- Why is my candle's fragrance throw weak? Complete diagnosis and fix guide
- How to choose the right wick for your candle
Editorial standards & sources
About this guide: Written by the CANDLEMAKINGSUPPLIESINDIA team. Product recommendations reflect the CSI range; the source-authority map, the conflict resolution table and the three-batch programme apply to any supplier's materials.Customer reviews: The five reviews at the top of this page are genuine, published Judge.me reviews left by CSI customers on their product pages. Names, star ratings, dates and products are as recorded by Judge.me; three longer reviews are shortened with an ellipsis and otherwise unedited.
Figures verified September 2026: Luxury Soy Wax CSI 464 — 500 g ₹260 (₹520/kg), 1 kg ₹507.40, 5 kg ₹2,537, 10 kg ₹5,074. Blue Ocean Fragrance Oil — 15 gm ₹93.22 (currently sold out), 50 gm ₹247, 100 gm ₹495, 500 gm ₹2,478, 1 kg ₹4,956. Amber Shiny Glass Jar with Black Lid — pack of 1 ₹47.20, pack of 5 ₹236. Eco Candle Wicks — Thin (C1) 10 ₹59 (₹5.90 each), Thick (C2) 20 ₹188.80 (₹9.44 each); the C2 10-pack is currently sold out. Pen Thermometer ₹354, Candle Wick Stickers 1 sheet of 40 ₹100, Wick Centering Device pack of 5 ₹118, Cotton Braided Wicks Ready Made pack of 10 ₹120. Sandalwood Fragrance Oil and Lavender Fragrance Oil are referenced for their stated bands only. Stated specifications, as published on the product pages: Luxury Soy Wax CSI 464 — fragrance load up to 10%, melting point 80°C–90°C, pour temperature 80°C–90°C (the page states both as the same range); Premium Coconut Soy CSI 468 — up to 13%, melt 50°C–53°C, pour 58°C–60°C; Luxury Soy Wax Chunks — up to 13% capacity, 8% to 13% of total wax weight with 10% recommended, add 80–90°C, pour stated as 75–80°C and 70–80°C, cure minimum 48 hours ideally 1–2 weeks before burn tests; Eco Soy CSI 400 — melt point 100°F (37.8°C), add fragrance at 85°C and stir gently 2 minutes, fragrance add temperature 80 to 90 degrees, "Recommended Wick Eco Wicks"; Blue Ocean Fragrance Oil — up to 10% for soy, paraffin and natural wax blends, cure soy 48–72 hours before burn testing, flashpoint 143°C (290°F), vanillin content 0% with no discolouration in white and light-coloured wax; Sandalwood Fragrance Oil — up to 10% for soy wax, cure 48–72 hours, flashpoint 203°C, vanillin 0%; Lavender Fragrance Oil — recommended fragrance load 6–10% for candles, no flash point and no discolouration position stated; Amber Shiny Glass Jar with Black Lid — capacity 120 gm, dimensions 6 cm diameter and 6.5 cm height (its body text also describes a black jar with a golden lid, a known copy error on the listing); Clear Glass Jar with Golden Lid (150 gram) — safe for hot pour up to 85°C; Cotton Braided Wicks Ready Made — engineered for large-diameter candles exceeding 8 cm, wick height 10.16 cm; Eco Candle Wicks — no diameter range stated for C1 or C2. Loads are wax formulation limits, not regulatory limits. Audit method: the two counts used in this post (4 pages tying a wick to a container size or naming a recommended wick; 18 of 107 oil pages publishing a measured flash point, 51 mentioning one) were computed from the stored product-description text of 336 CSI product pages — 229 non-fragrance listings plus 107 fragrance-oil pages — captured in the September 2026 pull, counting a field as stated only where the text carries a verbatim statement of it, and never treating a "> 93°C" threshold as a measurement. Planning assumptions, labelled as assumptions: fragrance load is calculated as a share of the finished candle (a 120 g jar at 8% = 110.4 g wax + 9.6 g oil; 200 g at 8% = 184 g wax + 16 g oil), and the 1.19 g comparison uses the alternative wax-weight convention (200 g total = 185.19 g wax + 14.81 g oil); the 8% starting load and the three-repeats-per-level rule are our recommendations, not published specifications; the 14–21 day cure figure is trade practice; allow roughly 3–5% wax loss for spills and top-ups when planning. Per-jar materials: wax 110.4 g × ₹0.5074 = ₹56.02, oil 9.6 g × ₹4.95 = ₹47.52, jar ₹47.20, wick ₹5.90 (C1) or ₹9.44 (C2) → ₹156.64 or ₹160.18. Prices and availability change — the linked product pages are always authoritative.