Monk Fruit Juice Concentrate: Specifications, Batch Data, and Storage

What are you buying: concentrate, extract, juice powder or drops?

The same search can return several different products. Identify the supplied material before comparing sweetness, price or dose. A liquid concentrate may retain substantial fruit sugars and other soluble components; a purified extract can have a very different composition. The manufacturing description and ingredient declaration resolve more than the words “pure monk fruit” on a sales page.

• Compare juice concentrate and juice powder in processing
• Identify what a monk fruit syrup contains

For a beverage with an existing liquid handling system, concentrate can be a candidate. For a dry sachet or instant mix, compare a suitable dry material and its reconstitution behavior. These are selection questions, not evidence that one physical form is always better.

Choose a flavour or decolorized concentrate first

Hengliyuan offers monk fruit flavour juice concentrate and decolorized monk fruit juice concentrate as two product options. If retaining monk fruit flavour matters, start by evaluating the flavour concentrate. If the finished drink has a colour target, ask about the decolorized concentrate and test its appearance in the actual formula. Share the beverage base, desired flavour, colour target and processing conditions when requesting samples. Decolorized does not mean colourless or flavourless; neither product name establishes sweetness or dosage. Confirm specifications, packaging and batch documents for the selected product. The LHX-N02 batch figures below explain how to read that model's report. They are not specifications for either product linked here.

• Explore monk fruit flavour juice concentrate
• Explore decolorized monk fruit juice concentrate
• View monk fruit extract specifications

Three commercial examples show why the format matters

These public supplier examples illustrate different buying tasks. They are not Hengliyuan customers, independent taste trials or equivalent products in a price comparison. Read the current specification and supplied lot before relying on a listing.

• Monk Fruit Corp original liquid-concentrate page
• Icon Foods item 1519 technical document and COA template
• Jedwards original organic-concentrate listing and document workflow

The observed pack sizes and document workflows belong to those sellers, not to Hengliyuan. We do not use their stock, prices, shelf-life claims or certifications as evidence for our supply. Ask for the selected Hengliyuan product option, packaging and actual batch documents.

A juice concentrate can contain both sugars and mogrosides

The FDA response to GRN 000627, dated October 11, 2016, describes one other company’s liquid juice concentrate at approximately 65 Brix. It records 56% sugars, 35% water, 3.5% mogroside V and 1.5% other mogrosides, along with smaller amounts of other constituents. This historical composition is useful evidence that a juice concentrate and a purified sweet extract are not interchangeable identities. It is not the composition of Hengliyuan’s LHX-N02 or a specification for our two product options. For this notice material, the manufacturer described water extraction, clarification and ion-exchange steps. The accompanying notice distinguishes this route from selectively retaining and eluting mogrosides to make a powdered extract. That distinction also shows why neither “made from juice” nor “uses resin” alone is a sufficient description of what remains in the ingredient. Obtain the selected manufacturer’s actual process and composition.

• FDA original response: GRN 000627 composition and process
• Original GRN 000627 notice, identity and composition tables

Reading a specification sheet through batch data

These data concern LHX-N02 concentrate, batch LHX-N02-26040601, reported on 11 April 2026. The specification column gives the requirements in that document; the result column gives this batch's test results. They do not mean every batch will have identical values.

This also shows the difference between a specification range and a batch result. The Brix specification is 55.0–60.0 °Bx; this batch measured 56.84 °Bx. Check both the agreed range and the actual supplied batch's result.

Brix, mogroside V and total mogrosides are different measures

Brix is a liquid ingredient's concentration reading. Mogroside V content measures a specific component, while total mogrosides is the sum of the mogrosides included in the test. Here, 2.86% specifically refers to mogroside V, not 2.86% total mogrosides. Brix of 56.84 °Bx alone cannot establish total mogrosides or beverage dosage. List these measures separately when comparing concentrates. Ask the supplier for missing results rather than substituting another measure. For another supplier report, keep the product code, batch, method, unit and reporting basis with each result. Ask for the relevant temperature, sample preparation and dilution conditions before treating two readings as comparable. A similar Brix figure does not establish the same composition, flavour or accepted dose.

Calculate ingredient mass, assay delivery and beverage dose separately

Record the addition as grams of the supplied concentrate per kilogram of final beverage, or as a clearly defined mass percentage. Keep a prepared stock solution separate from the concentrate itself. If production meters the liquid by volume, obtain density at the relevant temperature rather than assuming one milliliter weighs one gram. As an arithmetic example only, suppose a 10 kg final trial contains 20 g of the LHX-N02 example batch at 2.86% mogroside V on a mass basis. The concentrate addition is 2 g/kg, or 0.20% by mass. The mogroside V delivered is 20 g × 0.0286 = 0.572 g, corresponding to 57.2 mg/kg of final beverage. These numbers describe mass accounting, not a recommended dose, a sweetness match or a regulatory limit. Keep the final trial mass at 10 kg by accounting for the ingredient and any stock-preparation water in the recipe. Replacing sugar also changes the mass and composition of the surrounding system. A nominal relative-sweetness factor can help choose an initial comparison, but it cannot establish the accepted use level across tea, acidic juice and dairy bases.

Read turbidity and appearance together with test conditions

The turbidity here is 0.302 NTU, but the tested material was a 0.5% solution. Omitting that condition would misrepresent a diluted sample's behaviour as that of undiluted concentrate. An ingredient's result under specified test conditions does not guarantee the same behaviour in tea infusions, juice drinks or other formulations. Use the intended base and dosage, observing colour, cloudiness and visible sediment. For a new report, confirm what its dilution percentage means and how the test sample was prepared. Keep observations of the supplied concentrate separate from measurements on a diluted sample; record the actual preparation when checking appearance in the finished drink.

Match the trial to the beverage and its process

Use the current beverage as the reference, plus an unsweetened base where practical to distinguish base flavor from sweetener finish. Screen clearly identified concentrate candidates at recorded additions, then compare accepted sweetness in the same final batch mass. Equal ingredient dose and matched sweetness answer different questions; record which comparison you are making.

Use coded samples and the same serving conditions when comparing taste. Record immediate sweetness, finish, fruit aroma, color and visible change separately. A preferred fresh cup still needs the relevant pilot process, package and storage work; appearance after a short hold is not a microbial-safety or shelf-life validation.

An application demonstration shows the rest of the system

NutraEx publishes a chocolate-milk demonstration containing partly skimmed milk, cocoa powder, erythritol, its NFI-0118 monk fruit juice concentrate and carrageenan. It labels the nutrition information as calculated. The ingredient list is useful because it makes the surrounding dairy, bulk-sweetener and stabilizing system visible; it is not evidence that juice concentrate alone produced the claimed taste or texture. The public page does not provide a complete reproducible ratio, a controlled sensory comparison or shelf-life results. Treat it as a supplier application illustration, not an independent experiment or a Hengliyuan case. Its “No Sugar Added” wording does not approve the claim for another concentrate, recipe or market. In your own trial, retain the complete formula and compare what changes when the concentrate changes.

• NutraEx original chocolate-milk application and calculation disclosure

Check intended use and labeling for the actual material

For a US project, the response to GRN 000627 concerns the notifier’s identified concentrate and described intended uses. FDA stated that it had no questions at that time about the notifier’s GRAS conclusion, while making no independent GRAS determination. The letter also expressly says its use of the ingredient name is not an endorsement of that wording for a finished-food ingredient statement. The letter reports usual additions of 0.25–0.50% and about 1% maximum for that notice material, with use limited by sensory properties and current good manufacturing practice. Those reported intended-use figures are not a universal recommended recipe or a legal limit for every concentrate. They also differ from broad ranges on other supplier pages. Resolve identity, process, specification and intended use before transferring either set of figures. A concentrate’s natural sugars, a tiny retail serving rounded to zero and the composition of a purified extract are different matters. Obtain the selected ingredient’s composition and apply the relevant finished-product labeling rules to the complete recipe and serving. “Monk fruit,” “organic” and a GRAS reference do not by themselves establish sugar-free, no-added-sugar, zero-calorie or an approved ingredient name. Review other destination markets separately rather than carrying a US conclusion across borders.

• FDA response: intended uses, labeling caveat and conclusion

Comparing concentrate and juice powder costs in use

Concentrate is liquid; juice powder is dried, and whether it contains a carrier must also be confirmed. Equal purchase weights do not imply equal monk fruit content or practical performance. First bring both options to the same beverage target, then record actual dosages: Ingredient cost per beverage batch = delivered unit price (CNY/kg) × actual quantity used (kg). Use quantities confirmed in trials, rather than calculations based only on Brix or mogroside V percentage. Compare fruit aroma, aftertaste, colour and production handling as well as sweetness. Keep the same final beverage quantity and accepted comparison target, and record concentrate or powder mass separately from any prepared stock liquid. For a quotation in another currency, use that currency consistently for both options; do not mix prices with different delivery-cost coverage. Include any carrier, added water and changed handling steps in the wider formulation comparison. For illustration only, if two accepted trials for the same 1,000 kg final beverage use 2 kg at USD 30/kg and 3 kg at USD 24/kg, their concentrate costs are USD 60 and USD 72 respectively, or USD 0.060 and USD 0.072 per kg of beverage. The lower purchase price is not the lower concentrate cost in use in that assumed example. These are invented arithmetic inputs, not supplier quotations, actual trial doses or evidence that either product tastes better. Add freight coverage, temperature-controlled handling where required, packaging loss, opened-pack waste and any changes to the rest of the recipe before comparing the total accepted-production cost. Convert cost per kilogram of beverage to cost per liter only with the relevant finished-beverage density; do not substitute an assumed density for a measurement or specification.

Use a failed sample to choose the next comparison

Keep the failing sample, lot and process record so the next change answers a specific question.

State storage duration together with conditions

The documentation for this model lists:

• Review packaging, transport and receipt checks

These durations apply under different conditions. Do not retain only “24 months” and omit 0–4℃. The ambient-temperature entry has no stated upper temperature here, so it does not establish suitability for transport at any high temperature. These periods cannot be used directly as shelf life after opening. Confirm storage, transport and post-opening requirements against the selected product, packaging and actual supply documents.

How Hengliyuan helps beverage customers select samples

Customers can describe their planned beverage, desired monk fruit flavour and filtration, heat-treatment or other processing requirements. Hengliyuan uses this to help select concentrate specifications and samples. Test in the actual tea infusion, juice drink or other base. Record dosage; compare sweetness, aroma, aftertaste, colour and visible changes. Include heat treatment or storage in the evaluation when required for the finished product. After sample approval, confirm the specification, corresponding batch COA, packaging, quantity and delivery terms. This article's data explain specifications but do not replace the documents for a later order's actual supplied batch. Keep the sample code and lot with the trial result. State whether the request concerns the flavour concentrate, decolorized concentrate or a specification still to be selected, so the sample and documents refer to the same material. You can start with the beverage type, target market and main question while the full formula, quantity or pack plan is still undecided.

• Ask Hengliyuan about monk fruit juice concentrate

Common questions