My Custom Fragrance Blend Causes Sweating Even Though Each Fragrance Works Individually at the Same Load — Why?

My Custom Fragrance Blend Causes Sweating Even Though Each Fragrance Works Individually at the Same Load — Why?

 

CSI 464 rated up to 10% Luxury Soy Wax Chunks rated up to 13% Orchard Pear 15 g ₹105.02
CSI fragrance formulation guides · Blending
Audit the grams, then test the mixture — most sweating blends are carrying more oil than the label says.
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Bamboo Wick Holder
★★★★☆
"Quality of the wick is good for jar candles, team can work on the pricing and delivery timelines."
Monika DeepVerified buyer · Oct 2025
Eco Candle Wicks
★★★★★
"Quality wick, works very well"
AshwiniSep 2025
Eco Candle Wicks
★★★★☆
"Good quality .... if possible delivery date would be try little bit quick please"
Subhankar RoyVerified buyer · Sep 2024
Eco Candle Wicks
★★★★★
"This needle is very helpful as it doesn't damage the mould and there is no leakage of wax while pouring.. I would definitely recommend this .."
LJAug 2024
Premium Candle Wicking Needle
★★★★★
"Good one"
Sneha TamangVerified buyer · Apr 2025
Premium Candle Wicking Needle
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"This bamboo wick holder doesn't exert any pressure on the wicks… and it is a very useful product 👌🏻👌🏻.."
Lalitha JaganAug 2024
Bamboo Wick Holder
Reviews collected and published through Judge.me on candlemakingsuppliesindia.store. They are general reviews of the wicks and wick tools named on each card, not assessments of the sweating diagnosis set out below. Wording is unedited.
Shop Luxury Soy Wax CSI 464 Send my sweating blend on WhatsApp
✓ Wax ceilings stated by the wax maker ✓ MSDS & IFRA documents on request ✓ GST invoicing on every order
Fragrance Formulation · Blend Sweating
"Same load" is a label. What the wax has to hold is grams, and blends are where extra grams creep in: a per-oil dose, a top-up, a different way of weighing than the solos had. Audit that first. If the grams really are the same, the mixture or the process is doing something the single oils did not.
+0.91 pts
of true load more oil in a 'same 10%' blend than in solos weighed as 10% of the wax — 9.09% vs 10.00% true load, right at CSI 464's ceiling
Quick answers — read this first
Why does my blend sweat when each oil doesn't? Most often the blend is not really at the same load. Check how the solos and the blend were weighed. If the grams truly match, the mixture can behave differently in wax from its parts, or the pour and storage differed.

How can the same % be a different load? Solos weighed as 10% of the wax are 9.09% of the candle. A blend weighed as 10% of the finished candle is 10.00%. Add a 2 g top-up and it is 10.89% — over CSI 464's 10%.

What is the quickest fix? Pour the blend one and two points lower, premixed, beside the solos. Each point of load on this blend is ₹9.28 of oil per candle at 100 g prices.

How do I test it properly? Six 200 g candles in CSI 464 on one day: each oil alone at 10%, the blend at 10% (premixed and added separately), 9% and 8%. Oil: 64.4 g pear + 49.6 g cinnamon. See the test.
The short answer
Answer: Audit the true load of the blend and of the solos; then test the blend against the solos at the same true load, one and two points lower, premixed and not, poured and stored together.
Ceilings: CSI 464 is rated up to 10% and Luxury Soy Wax Chunks up to 13% — wax makers' stated maximums, not targets. A blend at a ceiling has no margin for top-ups or weighing slips.
Maths: 10% of a 200 g candle = 20 g oil + 180 g wax. 10% of 180 g wax = 18 g, a 9.09% candle. The blending hub sets out both conventions.
Shop: Luxury Soy Wax CSI 464 · Luxury Soy Wax Chunks · Orchard Pear · Cinnamon · help on WhatsApp.
In this guide
The load audit — six ways to weigh "10%", and where each lands against CSI 464's 10% ceiling Correct: 10% of the finished candle 10.00% Solos weighed as 10% of the wax 9.09% Fixed-wax true 10% on 200 g wax 10.00% Blend + 2 g pear top-up 10.89% Blend + 4 g top-up 11.76% Each oil at 10% of the candle 20.00% 10% — CSI 464 stated maximum Dark bars exceed the ceiling. "Same load" on paper can mean different true loads in the jar.
Six ways a maker can weigh a "10%" blend or its solos, and the true load each produces, drawn to scale against CSI 464's stated 10% maximum. Solos weighed as 10% of the wax sit below the line at 9.09%; a correctly weighed 10% blend sits exactly on it, so any top-up tips it over. Per-oil dosing doubles it.
Wax in the worked example
CSI 464 · up to 10% · ₹507.40 / kg
Higher stated ceiling
Chunks · up to 13% · ₹599.00 / kg
Load maths check
Ask on WhatsApp
Straight answer
My custom fragrance blend causes sweating even though each fragrance works individually at the same load — why?
Start with the arithmetic, because that is where the answer usually is. "The same load" often is not the same number of grams. If you tested each oil by adding 10% of the wax weight (18 g into 180 g of wax), the solos were really 9.09% candles. If you then weighed the blend as 10% of the finished candle (20 g + 180 g), it is a true 10.00% — right on the stated maximum of Luxury Soy Wax CSI 464, with no margin. One 2 g top-up takes it to 10.89%. And if each oil was dosed at 10%, the candle is at 20%. If the grams truly match, two other explanations remain. The mixture: in general candle-making practice, a blend is a new fragrance and can sit differently in the wax from either oil alone, especially near a wax's ceiling — CSI has no measurement for any pair. The process: a blend added oil by oil without a thorough stir, poured on a different day, or stored somewhere warmer than the solos. To separate these, pour six 200 g candles in one session: each oil alone at 10%, the blend at 10% premixed and added separately, and at 9% and 8%, and store them together. The candle that stops sweating tells you the fix — most often, the blend one point lower.
One line: check the grams before the chemistry — a blend at the wax's ceiling has no room for a top-up or a weighing slip.
The worked example is a 60/40 Orchard Pear + Cinnamon blend at 10% in CSI 464, the wax's stated maximum. The six-candle test needs 64.4 g of pear and 49.6 g of cinnamon: Orchard Pear 100 g at ₹380.00 and Cinnamon 50 g + 15 g (₹436.60), plus 1.5 kg of CSI 464.
Shop CSI 464

Step 1: audit the true load

Sweating is the wax telling you it has more oil than it can hold. Before asking why, count the oil.

Sweating — oil beading or pooling on the surface, or a greasy film on the glass — is commonly described as fragrance the wax is not holding in its structure. In general practice it is most often linked to load: the closer a candle is to its wax's capacity, the more likely it is to sweat, especially with temperature swings. So the first question is not "what is wrong with the blend?" but "how much oil is actually in it, compared with the solos?" The table audits six common ways of arriving at a "10%" candle.

200 g-scale candles · true load = oil ÷ total candle weight · CSI 464 rated up to 10%
Six ways to weigh "10%"
How it was weighed Oil Candle weight True load What happened vs CSI 464's 10%
Correct: 10% of the finished candle 20.00 g 200.00 g 10.00% Blend 20 g, wax 180 g at the ceiling
Solos weighed as 10% of the wax 18.00 g 198.00 g 9.09% 18 g oil into 180 g wax inside
Fixed-wax true 10% on 200 g wax 22.22 g 222.22 g 10.00% 22.22 g into 200 g wax at the ceiling
Blend + 2 g pear top-up 22.00 g 202.00 g 10.89% Correct blend, then a 'fix' over
Blend + 4 g top-up 24.00 g 204.00 g 11.76% Two 'fixes' over
Each oil at 10% of the candle 40.00 g 200.00 g 20.00% 20 g + 20 g, wax 160 g over

The second row is the subtle one, and it answers the question in the title more often than anything else. Many makers test single oils by adding a percentage of the wax — it is the quick way to dose a jug of melted wax. At 10%, that gives a 9.09% candle. Then, when they build a blend, they sit down and do it properly: 10% of the finished candle. The blend is genuinely carrying 0.91 percentage points more oil than the solos ever did, and in CSI 464 that is the difference between just under the ceiling and exactly on it. Both were called "10%". The 80 g vs 86.96 g question explains the two conventions in full.

Rows four and five are the other common story. The blend is weighed correctly, smells a little quiet, and gets a gram or two more of whichever component seems shy. Each fix is small; together they tip a candle that was already at its ceiling over it. Row six — each oil dosed at the full load — is rarer in experienced hands, but it is the quickest way to a sweating candle and is worth ruling out on the formula card. The blending hub shows how to write a blend so it cannot happen.

Re-derive the load from your notes, not your memory
Take the actual weights you recorded for the solos and the blend — wax, each oil, any additions — and compute oil ÷ (wax + oil) for each. If you did not record them, that is the first thing to change; documenting a custom blend covers what to write down.

Step 2: when the grams really match

Suppose the audit comes back clean: solos and blend were both weighed as a true 10%, with no top-ups. The blend still sweats and the solos do not. Then the mixture itself is behaving differently in the wax, and there are a few ways that is commonly explained in general candle-making practice:

General candle-making explanations · not CSI measurements of any pair
Why a mixture can sweat when its parts do not
Explanation What is commonly described How the test shows it
A new fragrance in the wax A blend is a different set of materials in different proportions; how much of it the wax holds is not the average of the two solos Blend sweats at 10%, stops at 9% or 8%; solos fine at 10%
One component already near its limit An oil that was only just held at 10% alone may be tipped over by the change in its surroundings One solo shows faint sweating at 10% on close inspection
Uneven mixing Components added separately and stirred briefly can leave richer pockets that sweat locally Separately-added blend sweats; premixed blend at the same load does not
Physical mismatch Rarely, two oils do not stay mixed, which shows in a premix first Cloudy or layered premix — see compatibility checks

None of these is predictable from the bottle, and CSI publishes no wax-compatibility data for any oil or pair. What they have in common is that they all show up more near the wax's ceiling. A blend sitting at CSI 464's 10% has no margin; the same blend at 9% often has enough. That is why the test below steps the blend down as well as comparing it with the solos.

Do not confuse sweating with frosting or wet spots. Frosting is a whitish crystalline bloom on soy wax surfaces; wet spots are patches where the wax has pulled away from the glass. Both are commonly described in soy candles and neither is oil on the surface. Sweating leaves a greasy film or droplets you can wipe with a tissue. Check with a tissue before you reformulate. The single-oil version of the sweating question is sweating at 12% but not 8%.

Step 3: the process differences

Solos and blends are often made on different days, in different batches, sometimes in different seasons. Any of those differences can matter as much as the oils. Before the test, write down how the solos and the blend were each made:

Process audit · compare solos and blend line by line
What else changed between the solo candles and the blend
Variable Solos Blend Why it matters
Wax lot / bag your note your note Different lots can behave slightly differently
Fragrance addition your note your note CSI's only recorded temperature: CSI 464 melt/pour 80–90°C — confirm on the product page
Stir time your note your note Short stirs leave uneven oil; about 2 minutes is a common small-batch working practice
Oils premixed or added one by one? n/a your note Separate additions need longer stirring
Pour and cooling your note your note Cooling speed and jar temperature affect how the wax sets
Storage your note your note Temperature swings are commonly linked to sweating

Storage deserves particular attention in India. A shelf that is comfortable in a cooler month can see large day-to-night swings in summer, and a candle near a window or on top of a cupboard sees more. If the blend candles sat somewhere warmer than the solos, that alone can explain the difference. The test below keeps everything on one shelf for exactly that reason. A repeatable mixing and curing protocol covers making the process consistent for production.

The CSI principle
Same grams, same day, same shelf — then compare.
A blend that sweats beside solos that were made differently has not told you anything yet. Make them together, store them together, and the one that sweats is telling you the truth.

The six-candle sweat test

Six candles from one melt. The first one that stays dry is your answer.

All six are 200 g in Luxury Soy Wax CSI 464, poured on the same day from the same melt, into identical jars with identical wicks, and stored on the same shelf. The blend is 60% Orchard Pear and 40% Cinnamon. Every load is a true load: oil as a share of the finished 200 g.

Six 200 g candles · CSI 464 (up to 10%) · true loads · oil cost at 100 g rates
The sweat test in grams
Candle What it is Orchard Pear Cinnamon Oil Wax True load Oil cost
S1 Orchard Pear alone at 10% 20.00 g — 20.00 g 180.00 g 10% ₹76.00
S2 Cinnamon alone at 10% — 20.00 g 20.00 g 180.00 g 10% ₹118.00
B10 Blend 60/40 at 10%, premixed 12.00 g 8.00 g 20.00 g 180.00 g 10% ₹92.80
B10s Blend 60/40 at 10%, added separately 12.00 g 8.00 g 20.00 g 180.00 g 10% ₹92.80
B9 Blend 60/40 at 9%, premixed 10.80 g 7.20 g 18.00 g 182.00 g 9% ₹83.52
B8 Blend 60/40 at 8%, premixed 9.60 g 6.40 g 16.00 g 184.00 g 8% ₹74.24
Total 64.40 g 49.60 g 114.00 g 1086.00 g
1
Premix, except for B10sWeigh B10, B9 and B8 blends into beakers and stir. For B10s, weigh the two oils separately and add them to the wax one after the other, as you did originally.
2
One melt, one methodMelt 1086 g of CSI 464 following the product-page guidance (CSI's own guidance is 80–90°C; confirm on the page). Weigh each candle's wax into its own jug, add its oil, and stir each for the same time.
3
Pour, cool and store identicallySame jar, wick and pour temperature; cool on the same surface away from draughts; then store all six on one shelf, away from windows.
4
Check with a tissue on a scheduleDay 2, day 7 and day 14 are labelled working checkpoints. Press a clean tissue to each surface and the inside of the glass; note any oil spot and photograph all six together.
5
Burn the dry onesA candle that stays dry still has to burn well. Burn the lowest-load dry blend and one step above it, one at a time, to confirm throw and pool. The lowest load that still throws covers the decision.
Sweat test · decision guide
Which candle stays dry, and what it means
Result Meaning Fix
S1 or S2 sweats too That oil is at its limit alone at a true 10% Lower the whole blend, or reduce that oil's share
B10s sweats, B10 does not Uneven mixing Premix, and stir longer
B10 sweats, B9 dry The blend's practical limit is below 10% in this wax Pour at 9%; confirm throw
B9 sweats, B8 dry The blend is much less tolerant than its parts Pour at 8%, or test a wax with a higher stated ceiling
All blends sweat, solos dry Mixture effect or physical mismatch Run the compatibility checks; consider swapping one oil

Fixes, in order

1 · Fix the weighing. If the audit showed a mismatch, re-weigh the blend on the same convention as the solos — or, better, re-test the solos on the finished-weight convention so every number on your card means the same thing. Free, and often the whole answer.
2 · Step the load down. A blend at 9% instead of 10% in a 200 g candle is 2 g less oil. On this pair at 100 g prices that saves ₹9.28 a candle, and it moves the candle off the wax's ceiling. Confirm by burn test that throw holds; for many blends it does.
3 · Premix and stir properly. Weigh the blend into one beaker, stir, and add it once. For large batches, premixing a 10 kg blend covers method and uniform distribution in a 10 kg batch covers the stir.
4 · Rebalance or swap a component. If one solo was already marginal, reduce its share inside the same total, or replace it. A ratio ladder shows how to move share without moving load.

5 · Consider the wax — last. Luxury Soy Wax Chunks are rated up to 13%, against CSI 464's 10%. Moving the blend to a wax with a higher stated ceiling gives it more room. But it is a different wax: the wick, pour, cure and throw all need re-testing, and a 10% blend in Chunks is still a 10% blend. A higher ceiling is room, not a target. Change wax only if the blend genuinely needs 10% to throw and cannot hold it in CSI 464.

Argued against our own interest, plainly. We sell both waxes, and the Chunks cost more per kilo (₹599.00 against ₹507.40). Switching wax is the fix that sells you something. For most sweating blends it is not needed: the audit or a one-point load reduction solves it, and both of those cost nothing. Try them first.
A sweating blend is usually a counting problem before it is a chemistry problem.
— CandleMakingSuppliesIndia

Priced sweat-test kit

CSI does not sell a blending kit, sample set or pre-mixed blend; you build the test from single items. Here is the kit for the worked example at CSI live pricing, pulled 24 September 2026. If you are diagnosing your own blend, keep your oils and buy only the wax, jars and wicks.

1
Wax · the ceiling in question
Luxury Soy Wax CSI 464 (flakes)
Rated up to 10% fragrance load, the wax maker's stated formulation maximum. The six candles use 1086 g, so a 1 kg plus a 500 g bag covers them. CSI 464 is priced flat at ₹507.40 a kilo from 1 kg to 10 kg.
Pack Price Per kg
500 g ₹260.00 ₹520.00
1 kg ₹507.40 ₹507.40
5 kg ₹2,537.00 ₹507.40
10 kg ₹5,074.00 ₹507.40
180.00 g of wax per 200 g candle at a true 10% Buy CSI 464
2
Fruit · 60% of the blend
Orchard Pear Fragrance Oil
The test uses 64.4 g. A 50 g + 15 g (₹345.02) would cover it with only 0.6 g spare; the 100 g at ₹380.00 gives margin for a re-pour. Above 100 g it is priced almost flat per gram.
Pack Price Per gram
15 g ₹105.02 ₹7.00
50 g ₹240.00 ₹4.80
100 g ₹380.00 ₹3.80
500 g ₹1,870.00 ₹3.74
1 kg ₹3,738.00 ₹3.74
10.80 g per candle in a 60/40 blend at 9% Buy Orchard Pear
3
Spice · 40% of the blend
Cinnamon Fragrance Oil
The test uses 49.6 g: the 50 g (₹330.40) plus a 15 g (₹106.20) covers it with 15.4 g spare. Cinnamon has a 10.0% saving at 1 kg against 100 g, useful only once the blend is settled.
Pack Price Per gram
15 g ₹106.20 ₹7.08
50 g ₹330.40 ₹6.61
100 g ₹590.00 ₹5.90
500 g ₹2,950.00 ₹5.90
1 kg ₹5,310.00 ₹5.31
7.20 g per candle in a 60/40 blend at 9% Buy Cinnamon
Six-candle sweat test · CSI live pricing, pulled 24 September 2026 (wick and jar verified 10 September 2026)
Shopping list with ₹ totals
Item Pack Price Used
Orchard Pear Fragrance Oil 100 g ₹380.00 64.40 g
Cinnamon Fragrance Oil 50 g + 15 g ₹436.60 49.60 g
Oil subtotal ₹816.60
Luxury Soy Wax CSI 464 1 kg + 500 g ₹767.40 1086.00 g
White Matte Glass Jar 2 × pack of 5 ₹708.00 6 jars (4 spare)
Eco Candle Wicks Thin C1 10 ₹59.00 6 wicks
Total ₹2,351.00

Diagnosing your own blend instead? The wax, jars and wicks come to ₹1,534.40, and you need your two oils in the quantities in the test table. Wick size for your jar is not something this page can assign; confirm it with a burn test, especially at 10%.

A sweating candle cannot go out for Diwali on 8 November 2026 or the November–February wedding season. Run the test now so the fix is settled before production. Send us your weights — wax, each oil, any additions — on WhatsApp and we will check the true load with you.
Check my blend load on WhatsApp

Related reading: two good oils, one weak blend, compatibility across suppliers, why more fragrance can reduce performance and whether a wax's maximum is the right load.

Why trust this guide

CANDLEMAKINGSUPPLIESINDIA supplies raw materials, not finished candles, and does not sell pre-mixed blends. This page puts the free fixes — the weight audit and a lower load — before the one that sells you a different wax, and says so.

Every oil and wax price on this page comes from live CSI listings pulled on 24 September 2026. Wick and jar prices are those verified for Blog 760 on 10 September 2026. Every gram, load and cost figure is arithmetic on those prices and the stated weights, shown to two decimals.

Explanations of sweating are general candle-making practice, not CSI measurements; CSI publishes no wax-compatibility, sweating or cure data for any oil or pair. The 80–90°C figure is CSI's own guidance for CSI 464 — confirm on the product page. Checkpoints and the decision guide are a working method. Ceilings of up to 10% (CSI 464) and 13% (Chunks) are wax makers' stated maximums. For MSDS or IFRA documents, message us on WhatsApp at +91 7397976926.

Frequently asked questions

Why is my candle sweating fragrance oil?
In general practice, sweating is oil the wax is not holding, most often because the load is near or above the wax's capacity, sometimes because of uneven mixing or temperature swings in storage. Check the true load first.
Can blending fragrance oils cause candle sweating?
It can. A blend is a new fragrance and may sit differently in the wax from either oil alone, especially near the wax's ceiling. More often, though, the blend is simply carrying more oil than the solos did. Audit the grams.
How do I stop my candle blend from sweating?
Weigh blend and solos on the same convention, premix the blend and stir properly, pour it one or two points lower and store candles away from temperature swings. Change wax only if the blend needs the higher load and cannot hold it.
What is the maximum fragrance load for CSI 464 soy wax?
CSI 464 is rated up to 10% fragrance load, the wax maker's stated formulation maximum. It is a ceiling, not a target, and a blend sitting exactly on it has no margin for a top-up or a weighing slip.
Is 10% of the wax the same as 10% fragrance load?
No. 10% of 180 g of wax is 18 g of oil, a 9.09% candle. A true 10% load is oil as 10% of the finished candle: 20 g oil and 180 g wax in a 200 g candle.
Is sweating the same as frosting on soy candles?
No. Frosting is a whitish crystalline bloom on soy wax; sweating is oil on the surface. Press a tissue on it: an oily spot means sweating.
Count the oil, then test the mix
Audit the true load, step the blend down beside its solos, and let the first dry candle set the formula.
Luxury Soy Wax CSI 464 at ₹507.40 a kilo (up to 10%), Luxury Soy Wax Chunks at ₹599.00 (up to 13%), Orchard Pear from ₹105.02, Cinnamon from ₹106.20. Send us your weights and we will check the load with you.
Shop candle wax Check my blend on WhatsApp
Continue the read — blending fragrance oils, part 1
Editorial standards & sources
About this guide: Written by the CANDLEMAKINGSUPPLIESINDIA team. Product examples reflect the CSI range on the pull date. The load audit and sweat test apply to fragrance oils and waxes from any supplier.

Customer reviews: The six reviews at the top of this page are genuine, published Judge.me reviews left by CSI customers on the product pages named on each card — Eco Candle Wicks, Premium Candle Wicking Needle and Bamboo Wick Holder. They are general product reviews, not assessments of the guidance set out here. Names, star ratings, dates and products are as recorded by Judge.me and wording is unedited. "Verified buyer" appears only on the three reviews Judge.me recorded as verified — Monika Deep, Subhankar Roy and Sneha Tamang; the reviews from Ashwini, LJ and Lalitha Jagan are published but not recorded as verified, and carry no badge.

Figures pulled 24 September 2026, CSI live pricing: Luxury Soy Wax CSI 464 ₹260.00 / 500 g, ₹507.40 / 1 kg, ₹2,537.00 / 5 kg, ₹5,074.00 / 10 kg (up to 10%, wax maker's stated maximum). Luxury Soy Wax Chunks ₹599.00 / 1 kg (up to 13%). Orchard Pear Fragrance Oil ₹105.02 / 15 g, ₹240.00 / 50 g, ₹380.00 / 100 g, ₹1,870.00 / 500 g, ₹3,738.00 / 1 kg. Cinnamon Fragrance Oil ₹106.20 / 15 g, ₹330.40 / 50 g, ₹590.00 / 100 g, ₹2,950.00 / 500 g, ₹5,310.00 / 1 kg. Figures verified 10 September 2026 (Blog 760): Eco Candle Wicks Thin C1 ₹59.00 / 10; White Matte Glass Jar ₹354.00 / 5.

Non-price figures and assumptions: True load = oil ÷ finished candle weight. Wax-percentage dosing: 18 g into 180 g = 9.09%. Fixed-wax conversion: oil = wax × load ÷ (1 − load). Oil costs use 100 g rates. CSI 464 melt/pour 80–90°C is CSI's own guidance — confirm on the product page. The 2-minute stir and checkpoints (day 2, 7, 14) are working practice; explanations of sweating are general knowledge, not CSI measurements. The Cinnamon 1 kg saving (10.0%) is from the 24 September pull. Diwali 2026 falls on 8 November.
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