Monk Fruit Extract

Main Active Ingredients:
Mogroside V  – CAS: 88901-36-4 | Assay: 25–55% (HPLC) | 
Application: food & beverage reformulation | dietary supplements | functional foods | blended sweetener systems | cosmetic actives | nutraceutical ingredient applications
MOQ: 1KG|US Warehouse Stock Available — ships within 2 business days for US customers
Certifications: Non-GMO, Kosher, Halal, FDA-Registered Facility, Third-Party COA

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Bulk Monk Fruit Extract Powder Supplier — Mogroside V 25%–55%, B2B Wholesale

Written by Jonathan, Valeherb · Reviewed by Dr. Xiaoyan Qiu · Updated June 2026

Valeherb supplies monk fruit extract powder (Siraitia grosvenorii, Luo Han Guo, 罗汉果) bulk wholesale in three standardized grades — 25–30%, 40–45%, and 50–55% Mogroside V by HPLC — with full COA documentation per batch. Mogroside V (CAS 88901-36-4) is the primary triterpene glycoside responsible for monk fruit’s sweetness intensity and bioactive properties.[1] FDA GRAS status and non-glycemic sweetness make it one of the few natural high-intensity sweeteners suited to both food & beverage reformulation and nutraceutical clean-label positioning.

On this page: the mogroside compound profile, the three HPLC-standardized grades and sweetness reference data, grade-selection guidance, formulation applications, and regulatory status across key markets.


What Mogroside V Is and Why Grade Matters

Monk fruit contains a family of triterpene glycosides called mogrosides (Mogroside II through VI). Mogroside V — with five glucose units on a cucurbitane-type backbone — is the dominant compound for both sweetness and bioactivity. Its biosynthetic pathway was mapped by Itkin et al. (2016) in a PNAS study identifying the enzyme families responsible for the unique glucosylation sequence that produces its high-intensity sweetness.[1]

Purity grade directly determines sweetness intensity, inclusion rate, and cost per unit of sweetness. A 25% and a 50% grade do not perform identically — they have different sensory profiles, solubility characteristics, and cost-per-gram implications. Getting the grade right before procurement avoids reformulation cycles downstream.

Grade Mogroside V (HPLC) Sweetness vs. Sucrose (approx.) Typical Application
Standard Extract 25–30% ~150–180× Functional beverages, RTD drinks, baked goods, clean-label food reformulation — where inclusion volume is not a constraint
Mid-Purity Extract 40–45% ~200–220× Nutraceutical capsules, protein powders, dietary supplements, reduced-sugar snacks
High-Purity Extract 50–55% ~230–250× Applications with strict label requirements, low-inclusion-rate formats, blended sweetener systems, cosmetic formulations
GRADE NOTE
The most common procurement mismatch: buyers specifying 50–55% Mogroside V for a standard beverage application where 25–30% would perform identically — at meaningfully lower cost per kg. The optimal grade depends on target use level, flavor profile, and whether Mogroside V content needs to be declared on label. Contact us for grade-selection guidance before finalizing specifications.

Bioactive Profile: Beyond Sweetness

The research below describes published activity for mogroside compounds. It is provided as scientific context for formulators, not as claims for any Valeherb product.

Mogrosides demonstrate free radical scavenging activity in published in vitro research. Xu et al. (2013) evaluated the antioxidant effects of mogrosides in a cell model under palmitic acid-induced oxidative stress, reporting reduced intracellular ROS and modulation of genes involved in glucose metabolism — findings in the antioxidant research literature for this compound class.[2]

Liu et al. (2018) assessed antiglycation and antioxidant activity of mogroside extract in a protein glycation model, reporting inhibition of advanced glycation end-product (AGE) formation. AGE inhibition is of interest in functional food science contexts independent of any disease positioning.[4]

Liu et al. (2021) examined Mogroside V in an LPS-induced neuroinflammation model using BV-2 microglia cells, reporting inhibition of TNF-α, IL-1β, and IL-6 via TLR4-MyD88 pathway suppression and Nrf2 activation — preclinical inflammatory-pathway research in a central nervous system cell model.[3]


Formulation Applications

  • Sugar-reduced food and beverage reformulation: Standard and mid-purity grades for clean-label RTD beverages, functional shots, protein powders, and baked goods. Monk fruit extract pairs well with erythritol — the combination improves mouthfeel and reduces erythritol’s cooling effect, producing a more sucrose-like sensory profile. Non-glycemic and zero-calorie status supports sugar-free, no-added-sugar, and keto-aligned label positioning
  • Nutraceutical capsules and supplements: Mid-to-high-purity grades where Mogroside V content declaration supports premium positioning. Sweetness at low inclusion rates reduces the need for additional sweetener excipients in capsule and powder formats
  • Blended natural sweetener systems: Monk fruit extract combined with stevia, allulose, or erythritol for cost-optimized systems with complementary flavor profiles. Monk fruit’s clean sweetness profile masks stevia’s bitterness at low inclusion rates
  • Topical and ingestible cosmetics: High-purity extract (50–55%) for antioxidant-positioned formulations. Water-soluble grades available for aqueous cosmetic systems

Monk Fruit vs. Other Natural Sweeteners

Sweetener Primary Compound Sweetness vs. Sucrose Glycemic Notable Formulation Consideration
Monk fruit extract (Mogroside V) Triterpene glycosides 150–250× Non-glycemic Clean sweetness profile, heat-stable, FDA GRAS, no known bitter aftertaste at recommended levels
Stevia (Rebaudioside A) Diterpene glycosides 200–350× Non-glycemic Detectable bitterness / licorice note at higher concentrations; often blended with monk fruit to improve profile
Erythritol Sugar alcohol ~60–70% Non-glycemic Cooling effect at high use levels; commonly blended with monk fruit to improve mouthfeel
Allulose Rare sugar ~70% Non-glycemic (US FDA) Maillard browning in baking; EU Novel Food approval process ongoing at last regulatory update

Regulatory Status

  • United States: FDA GRAS status for use as a sweetener across food and beverage categories. Non-glycemic — does not raise blood glucose. Structure/function claims on supplement products require marketer substantiation and FDA disclaimer. FDA-registered facility (21 CFR Part 111)
  • European Union: Approved novel food sweetener under EU Regulation 2015/2283 — confirm category and use-level compliance with regulatory counsel for specific applications
  • China (GB): Siraitia grosvenorii extract approved as food additive and functional ingredient — relevant for domestic and export documentation
  • Canada, Japan, Australia: Regulatory approvals in place; category conditions vary by market — confirm with a local regulatory consultant for finished product applications
CAUTION
Medical condition claims — labeling guidance for downstream formulators: monk fruit extract is a food ingredient and natural sweetener. Finished products should not make disease treatment claims, including claims related to blood sugar management, diabetes, or metabolic conditions — these require drug approval. Non-glycemic sweetener claims are permissible where substantiated. For supplement products, any structure/function claim must be accompanied by the required FDA disclaimer.

Sourcing Criteria for B2B Buyers

Criterion What to Require
Mogroside V Standardization HPLC-verified Mogroside V % per batch — not total mogroside, which includes lower-potency glycosides that inflate readings without proportional sweetness contribution
Full Mogroside Profile For premium applications: request the full mogroside profile breakdown to confirm absence of bitter-tasting lower glycosides (Mogroside II–III)
Water Solubility For beverage applications: confirm water-solubility data and clarity at your target use level. Request 1% aqueous solution clarity test results
Heavy Metals & Pesticides ICP-MS heavy metals (Pb, As, Cd, Hg) per batch — USP <232> limits. Multi-residue pesticide screen per batch
Complete COA Mogroside V % (HPLC), heavy metals, pesticide residues, microbial limits (USP <2021>), moisture — per production batch from accredited laboratory
Certifications Non-GMO; Kosher/Halal for relevant markets; FDA-registered facility (21 CFR Part 111)

FAQ

A1:The percentage is the Mogroside V content verified by HPLC — the higher the grade, the greater the sweetness intensity per gram and the lower the required inclusion rate. The 25–30% grade is suited to food and beverage applications where inclusion volume is not constrained. The 40–45% grade is the mainstream choice for supplement capsules and protein powders. The 50–55% grade is used where label declaration of Mogroside V content, minimal inclusion rate, or blended sweetener precision matters most.
A2:Both are non-glycemic high-intensity sweeteners, but they differ in flavor profile and compound class. Monk fruit (Mogroside V) has a cleaner sweetness with no detectable bitterness at recommended inclusion levels. Stevia (Rebaudioside A) can exhibit a licorice or bitter note at higher concentrations. For this reason, the two are commonly blended — monk fruit’s clean profile masks stevia’s off-notes, and the combination reduces cost compared to using either alone at higher purity.
A3:No — pure monk fruit extract contains only the dried mogroside concentrate from Siraitia grosvenorii fruit. Many consumer products combine monk fruit extract with erythritol as a bulking agent to improve texture and mouthfeel, but the two are separate ingredients. Valeherb supplies monk fruit extract standardized on Mogroside V only, without erythritol blended in. If you require a pre-blended sweetener system, contact us for custom formulation guidance.
A4:Yes — all three grades are water-soluble and stable in standard beverage processing conditions including hot-fill and pasteurization. For beverage applications, request the 1% aqueous clarity test result per batch to confirm clarity at your target use level. The 25–30% grade is typically the most cost-effective choice for RTD beverages and functional drinks given the higher water volumes involved.

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