How Much Reed Diffuser Base Should I Buy to Manufacture 100 Bottles of 100 ml Each at 20% Fragrance Load?
शेयर करना
Why might it be different? If your blend and base densities differ, the base volume moves: 16 to 19 units across 0.95–1.05 g/ml examples. CSI publishes no density — weigh 100 ml of each.
And the oil? 2,142.0 g of Orchard Pear with the same allowances — 2 × 1 kg + 1 × 100 g + 1 × 50 g, ₹8,096.00.
What first? One 500 ml and a four-bottle pilot (₹4,244.00 with tools). See the pilot.
The sum, in four lines
100 bottles × 100 ml is 10,000 ml of finished liquid. At 20% fragrance load, 80% of that is base — but CSI's base pages state the load as a share of the total blend, and the honest way to hit a share exactly is by weight. So the calculation runs through grams: millilitres of finished liquid × the blend's density gives grams; × 0.80 gives grams of base; ÷ the base's own density turns that back into the millilitres you buy. CSI lists Lift Base — and every other base except Pure Performance's 100 g — only in 500 ml, so the last step is rounding up to whole 500 ml units.
Mixing one bottle is the method pillar how to make a 100 ml reed diffuser with fragrance oil and a ready-made base; choosing 20% is the load pillar how much fragrance oil to add; and turning orders like this into a business is the pillar how to start a profitable reed diffuser business in India. This page is only the quantity.
| Step | Calculation | Result |
|---|---|---|
| Finished liquid | 100 × 100 ml | 10,000 ml |
| Finished weight | 10,000 ml × 1.00 g/ml (example) | 10,000 g |
| Base by weight | 10,000 g × 80% | 8,000 g |
| Base by volume | 8,000 g ÷ 1.00 g/ml (example) | 8,000 ml |
| Allowances (working assumptions) | +2 retained, +3 spare bottles, +2% transfer loss | 8,568.0 ml |
| 500 ml units | 8,568.0 ml ÷ 500, rounded up | 18 × 500 ml |
| Cost | 18 × ₹1,099.00 | ₹19,782.00 |
| Left over | 9000 − 8,568.0 ml | 432.0 ml |
So the clean answer with example densities is 8,000 ml of base for exactly 100 bottles, and 18 units of 500 ml once you allow for retained samples, spares and what stays behind in jugs and funnels. Those allowances are labelled working assumptions, not standards; change them to match your own process. The 432.0 ml left over is not waste — it is your first retest or the start of the next batch.
Why density decides between 15 and 18 units
If your blend and your base weighed exactly the same per millilitre, the volume recipe and the weight recipe would agree, and the answer would be 8,000 ml whatever the density. They do not have to. Fragrance oils vary, and a base can be lighter or heavier than the oil you put into it. Because 20% of the blend is oil, the blend's density sits between the two. The grid below shows what happens to the base you need for exactly 100 bottles when the two densities differ — every figure an example, none a measurement of Lift or Orchard Pear.
| Blend density → | 0.95 g/ml | 1.00 g/ml | 1.05 g/ml |
|---|---|---|---|
| Base 0.95 g/ml | 8,000 ml · 16 × 500 ml | 8,421 ml · 17 × 500 ml | 8,842 ml · 18 × 500 ml |
| Base 1.00 g/ml | 7,600 ml · 16 × 500 ml | 8,000 ml · 16 × 500 ml | 8,400 ml · 17 × 500 ml |
| Base 1.05 g/ml | 7,238 ml · 15 × 500 ml | 7,619 ml · 16 × 500 ml | 8,000 ml · 16 × 500 ml |
Across that grid the same order runs from 7,238 ml to 8,842 ml — 15 to 18 units of 500 ml before allowances, a difference of ₹3,297.00. With allowances the range is 16 to 19 units. That is why this page starts with buying one 500 ml and weighing, not with an order for eighteen. Accounting for density when filling 100 ml bottles from 1 kg goes deeper on the conversion, and formulating by weight rather than volume explains the consistency case.
The full order for 100 bottles
Base is the question, but nobody fills a hundred bottles with base alone. Here is the rest of the order at the same example density and allowances, with Orchard Pear as the example oil — a fruity note, a family the Lift page names — the 120 ml Gold bottle (if you are not using your own 100 ml bottles) and 7 black fibre reeds per bottle.
| Item | Need | Buy | Price |
|---|---|---|---|
| Lift Base | 8,568.0 ml | 18 × 500 ml | ₹19,782.00 |
| Orchard Pear | 2,142.0 g | 2 × 1 kg + 1 × 100 g + 1 × 50 g | ₹8,096.00 |
| Gold bottle 120 ml (skip if you have your own 100 ml bottles) | 105 bottles | 11 × pack of 10 | ₹11,682.00 |
| black fibre reeds | 735 reeds (7 each) | 1 × pack of 500 + 2 × pack of 100 + 1 × pack of 50 | ₹6,000.00 |
| Total | ₹45,560.00 | ||
| Without CSI bottles | ₹33,878.00 |
At these rates the liquid in each bottle costs ₹250.60 — 20 g of Orchard Pear at the 1 kg rate and 80 g of Lift at the 500 ml rate. The base is the bigger share, which is why getting its quantity right matters more than rounding the oil. Orchard Pear's 1 kg costs ₹3.74 a gram against ₹3.80 in the 100 g, so the oil line is mostly 1 kg bottles. The full per-bottle cost sheet adds bottle and reeds, and the ₹799 margin post shows whether that cost fits your price.
Pilot before the hundred: one 500 ml, four bottles
If you have already tested Orchard Pear at 20% in Lift in a few bottles, the open question is no longer whether the formula works — it is whether it still works when you make it ten times bigger, mix it with a different tool and pour it from a different vessel. The pilot answers that with one control and three bottles from a batch-mixed jug, and measures your two densities on the way.
| Bottle | How the 20% blend was made | The one difference | Answers |
|---|---|---|---|
| C1 — control | 20 g oil + 80 g base, weighed and stirred in the 250 ml beaker | — | The formula at test scale |
| P1 | From one 300 g jug mix, CSI Pro Mixer, filled by weight | Batch mixing | Does the scaled mix stay clear? |
| P2 | Same jug | Batch mixing | Repeat |
| P3 | Same jug, filled last | Batch mixing, end of the pour | Is the last bottle like the first? |
| Checkpoint | How | Pass |
|---|---|---|
| 0 h — straight after mixing | A clear glass from C1 and from the jug against a white card, then a black card | Clear, single phase, no streaks |
| 24 h and 48 h — the pages' rest period | Same cards, same light; tilt once and watch the walls | No haze, layering, droplets or sediment |
| 7 days — labelled working hold | Same cards; photograph beside the 0 h photo | Unchanged from 0 h |
| After a cool night | one night in the coolest room you have (labelled example) | Clear again at room temperature, nothing settled |
| Record | When and how | What it gives you |
|---|---|---|
| Weigh bottle + liquid + reeds | Day 0 (about 100 g of liquid), then the same time every 2–3 days | Grams lost per day = weight lost ÷ days |
| Project the life | Fill g ÷ g/day | Days to empty, at your room's conditions |
| Blind room score | Your labelled house scale, door closed, fan off, fixed distances, fresh noses | Strength over time, not just day one |
| Reed condition | Photograph colour and feel (sticky, dark) at each weigh-in | Clogging that would explain a fade |
| Room temperature | Write it beside every weigh-in | Explains a fast or slow week |
Score the four blind on your written house scale, in the same room, door closed, fan off. P1–P3 pass if they stay as clear as C1 and their grams lost per day and room scores sit within the spread you would accept between two control bottles — decide that spread before you look. If P3 differs from P1, your mixing or filling is uneven; fix the process before you mix ten litres. Scaling a 100 g trial formula to a 10 kg batch and from 100 g trial to 25 kg production cover the scale-up in depth.
| Item | Need | Buy | Price |
|---|---|---|---|
| Lift Base | 336.0 ml (density check poured back) | 1 × 500 ml | ₹1,099.00 |
| Orchard Pear | 84.0 g | 1 × 100 g | ₹380.00 |
| Gold bottle 120 ml | 4 | 1 × pack of 10 | ₹1,062.00 |
| black fibre reeds | 28 | 1 × pack of 50 | ₹400.00 |
| Weighing Scale + 250 ml beaker + CSI Pro Mixer | Densities, mixing | 1 + 1 + 1 | ₹1,303.00 |
| Total | ₹4,244.00 |
Most of the pilot carries forward. The 500 ml counts toward your 18: the pilot uses about 320 ml of base, close to the 400 ml the five allowance bottles were budgeted for, so if the pilot passes, treat its bottles as your retained samples and drop the spares — if you want both, add one unit. The six unused bottles, the spare reeds and the tools go into production.
Mixing ten litres without a machine
CSI's beakers are 100 ml and 250 ml — right for tests, too small for production. For 10,500 g of blend, mix in batches in a clean, dry, lidded glass or compatible container of your own (not a CSI item; check your supplier's compatibility guidance for fragrance materials). With example 1,000 g batches that is 11 batches. Weigh each batch's oil and base separately on the scale, mix with the CSI Pro Mixer (₹349.00), rest 24–48 hours as the base page says, and record a batch code on every bottle.
| Ingredient | Grams | Bottles at 100 g |
|---|---|---|
| Orchard Pear | 200 g | 10 |
| Lift Base | 800 g | |
| Batch | 1,000 g |
Batching has a second benefit: if one batch clouds or smells wrong, you lose ten bottles, not a hundred. Keep a retained sample from every batch — that is what the two retained bottles in the allowance are for. Making 1,000 diffusers a month without expensive machinery takes this further, and a reed diffuser quality-control checklist gives the release checks.
The decision rule: how many units to order
| If this is true | It means | Order |
|---|---|---|
| Blend and base both weigh about 1.00 g/ml | The example holds | 17 more × 500 ml (total 18) |
| Base lighter than the blend | More base volume per bottle | Re-run the sum; expect toward 19 units |
| Base heavier than the blend | Less base volume per bottle | Re-run the sum; expect toward 16 units |
| P1–P3 match C1 | The scaled process is sound | Mix production in batches of your chosen size |
| P3 differs from P1 | Uneven mixing or filling | Buy nothing more yet — fix the process, repeat the pilot |
| Jug blend clouds, C1 does not | Scale or contamination issue | Check vessel cleanliness and dryness; repeat before ordering |
For how much base to hold beyond this one order, see 1 kg, 5 kg or 25 kg of base; for a forecast-driven reorder plan, monthly wholesale requirements. The section hub starting a reed diffuser business with ₹10,000 shows the first purchase, the pillar how to start a profitable reed diffuser business the whole journey, and the load pillar how much fragrance oil to add whether 20% is right for you. 100 bottles of 120 ml with density and filling losses is this page's sibling for the bigger bottle.
The CSI products in this order
| Size | Price | Per unit | Bottles at 80.0 g base |
|---|---|---|---|
| 500 ml | ₹1,099.00 | ₹2.20 per ml | 6.25 (at 1.00 g/ml, example) |
| Pack | Price | Per gram | Bottles at 20.0 g oil |
|---|---|---|---|
| 15 g | ₹105.02 | ₹7.00 | 0.75 |
| 50 g | ₹240.00 | ₹4.80 | 2.50 |
| 100 g | ₹380.00 | ₹3.80 | 5.00 |
| 500 g | ₹1,870.00 | ₹3.74 | 25.00 |
| 1 kg | ₹3,738.00 | ₹3.74 | 50.00 |
| Variant | Price | Per bottle | Fill used on this page |
|---|---|---|---|
| 50 ml · pack of 10 | ₹826.00 | ₹82.60 | Not used on this page |
| 120 ml · pack of 10 | ₹1,062.00 | ₹106.20 | 100 ml (reader's figure) |
| Pack | Price | Per reed | At 7 reeds per bottle |
|---|---|---|---|
| Pack of 25 | ₹236.00 | ₹9.44 | 3 bottles |
| Pack of 50 | ₹400.00 | ₹8.00 | 7 bottles |
| Pack of 100 | ₹800.00 | ₹8.00 | 14 bottles |
| Pack of 500 | ₹4,000.00 | ₹8.00 | 71 bottles |
CANDLEMAKINGSUPPLIESINDIA supplies raw materials, not finished diffusers. The easy answer is to round up to 19 units. This page shows the order can be as low as 16 depending on two densities CSI does not publish, sells you one 500 ml first so you can weigh them, and prices the pilot as the only true test cost.
Diffuser base, reed, bottle and tool prices are CSI live pricing, pulled 14 October 2026. Fragrance-oil prices are CSI live pricing, pulled 24 September 2026, stock re-checked 14 October 2026. CSI HyperDiffusion Base™ is out of stock and appears only as such. Every gram split, unit count, per-bottle cost and kit total on this page is computed and shown to two decimals so you can check it.
Bottle counts per arm, hold times, fill volumes, example densities, example grams-per-day figures, scoring scales and allowances are labelled working practices or examples, not industry standards. The 1.00 g/ml density (with 0.95 and 1.05 sensitivity), 2 retained and 3 spare bottles, the 2% transfer loss, 7 reeds per bottle and the 1,000 g batch size are labelled working assumptions; 100 bottles, 100 ml and 20% are the reader's figures. For help building a test kit, bulk quotes for more than the listed packs, GST invoicing, MSDS or IFRA documents for an oil, or to ask whether a technical sheet is available for a base, message us on WhatsApp at +91 7397976926.
Frequently asked questions
- I Want to Start a Reed Diffuser Business in India with ₹10,000 — Which Base, Fragrance Oils, Bottles and Reeds Should I Buy for My First Products?
- Should I Buy 1 kg, 5 kg or 25 kg of Reed Diffuser Base When Starting a Small Fragrance Business in India?
- How Do I Calculate Fragrance Oil and Base Quantities for 100 Reed Diffuser Bottles of 120 ml Each While Accounting for Density and Filling Losses?
- How Do I Account for Fragrance Oil Density When Calculating the Number of 100 ml Bottles I Can Fill from 1 kg of Finished Diffuser Liquid?
- How Do I Convert a 100 g Reed Diffuser Trial Formula into a 10 kg Production Batch Without Changing Ingredient Ratios?
- How Do I Calculate Monthly Wholesale Requirements for Reed Diffuser Base, Fragrance Oil, Bottles and Reeds Based on Expected Sales and Supplier Lead Times?
- How Much Does It Cost to Make a 100 ml Reed Diffuser in India Using Wholesale Base, Fragrance Oil, Glass Bottle and Fibre Reeds?
- How Do I Start a Profitable Reed Diffuser Business in India — From Choosing the Correct Base and Fragrance Percentage to Testing Diffusion, Calculating Cost per Bottle and Purchasing Raw Materials Wholesale from CSI?
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 used on this page: Diffuser bases, reeds, bottles and tools — CSI live pricing, pulled 14 October 2026: Lift Base ₹1,099.00 / 500 ml; Fiber Diffuser Reeds (Black) ₹236.00 / 25, ₹400.00 / 50, ₹800.00 / 100, ₹4,000.00 / 500; Fiber Diffuser Reeds (White) ₹265.00 / 25, ₹450.00 / 50, ₹900.00 / 100, ₹4,500.00 / 500 (20.3 cm); Gold Reed Diffuser Bottle 50 ml ₹826.00 / pack of 10, 120 ml ₹1,062.00 / pack of 10; Silicon Measuring Beaker 100 ml ₹300.00, 250 ml ₹600.00; Weighing Scale ₹354.00; CSI Pro Mixer ₹349.00. Fragrance oils — CSI live pricing, pulled 24 September 2026, stock re-checked 14 October 2026: 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.
Non-price figures and assumptions: Load convention: fragrance load is a share of the total blend by weight (oil g = batch g × L; base g = batch g × (1 − L)). Reader's figures: 100 bottles, 100 ml each, 20% load. Labelled examples: 1.00 g/ml for blend and base with 0.95/1.05 grid; 2 retained and 3 spare bottles; 2% transfer loss on liquids; 5% allowance in the pilot; 7 reeds per bottle; 1,000 g production batches in a non-CSI vessel. What CSI's base pages state (quoted as claims to test, not CSI test results): every base gives a 10% starting load, 20% recommended, 30% maximum, of total blend, and a 24–48 hour rest before bottling; Pure Performance adds a typical working blend of 75% base + 25% fragrance and the example "for a 100 ml finished diffuser at 25%: 75 ml base + 25 ml fragrance oil" (by volume); Longevity says to avoid light florals, fresh citrus and aquatics, and "if clouding occurs, reduce fragrance percentage and retest". The reed pages give a 20.3 cm length and "for a standard 50–100 ml diffuser bottle, 6–8 reeds"; reed diameter is not published. The bottle listing's text says "50 and 100ml" while its variants are 50 ml and 120 ml; neck size, fill line and any reducer are not published. CSI publishes no composition, density, viscosity, evaporation rate, flash point or shelf life for any base, no IFRA percentage for any oil, and no diffusion, throw or longevity measurement for any base, oil or reed. Every ml-to-gram conversion here uses a labelled example density with ±5% sensitivity; every grams-per-day figure is a labelled example for the arithmetic, never a measurement. Material costs exclude labour, labels, boxes, freight and GST. Diwali 2026 falls on Sunday 8 November.