Which component defines the assay for alpha-glucosyl hesperidin?

The alpha-glucosyl hesperidin specification is defined by monoglucosyl hesperidin content, with a limit of ≥75.0%; batch PGGH-260429 reports 83.1%. Review composition, identification and assay basis separately. This assay is not a statement of 100% single-component material.

What other quality tests are included?

The COA includes appearance, IR identification, solution clarity and color, heavy metals, lead, arsenic, loss on drying and residue on ignition. The referenced batch reports loss on drying of 2.9%.

Which formulation areas are relevant for this ingredient?

It can be evaluated in nutrition, beverage and cosmetic formulation development. Solubility, color, pH stability and compatibility should be confirmed in the intended formula.

What are the packaging and storage conditions for alpha-glucosyl hesperidin?

Alpha-glucosyl hesperidin is packaged in 25 kg drums. Store sealed, cool, dry and protected from light. Use the supplied lot label and documents for the applicable expiry date.

α-GH

CAS 161713-86-6

Alpha-Glucosyl Hesperidin Powder

Name: Alpha-Glucosyl Hesperidin Powder
Brand: PathGene

Monoglucosyl Hesperidin Content≥75.0% monoglucosyl hesperidin

Citrus flavonoid glycoside for functional beverage and nutrition work

Alpha-Glucosyl Hesperidin Powder (CAS 161713-86-6), specification ≥75.0% monoglucosyl hesperidin. Specified by monoglucosyl hesperidin content, with composition documentation and 25 kg drum packaging. Batch COA is available. nutrition & functional ingredients

Quote / sample & delivery

MW—

Alpha-Glucosyl Hesperidin Powder (CAS 161713-86-6) bulk active ingredient

Key Specifications

Product Positioning	Citrus flavonoid glycoside for functional beverage and nutrition work
Application Scenarios	functional beverage development · citrus-flavonoid research · water-dispersible premixes
CAS Number	161713-86-6
Monoglucosyl Hesperidin Content	≥75.0% monoglucosyl hesperidin
Molecular Formula	—
Molecular Weight	—
Appearance	Light yellow to yellowish brown powder
Solubility	Confirm aqueous solubility in the target formulation
Storage	Sealed packaging; store cool, dry and away from light.
Shelf Life	24 months

Procurement & delivery

Supply details confirmed by intended use, volume and target market

Monoglucosyl Hesperidin Content ≥75.0% monoglucosyl hesperidinCAS 161713-86-6

MOQContact us

Lead Time3–5 business days

Packaging25 kg/drum

View quality documents ↓

What Is α-GH?

Alpha-glucosyl hesperidin (CAS 161713-86-6) is a glucosylated hesperidin flavonoid ingredient supplied as a light yellow to yellowish brown powder. The referenced COA reports monoglucosyl hesperidin content and basic quality controls for formulation screening.

Other Names

Alpha-Glucosyl Hesperidinα-GHCAS 161713-86-6

Key Features

🌿

83.1% Monoglucosyl Hesperidin

The referenced batch PGGH-260429 reports 83.1% monoglucosyl hesperidin against a specification of ≥75.0%.

🟡

Ingredient Identity

Specified by monoglucosyl hesperidin content, with composition documentation and 25 kg drum packaging.

🧴

Nutrition & Cosmetic Screening

Suitable for screening in nutrition, beverage and cosmetic formulation development, subject to target-market review.

Recent batch test data

Test items, specifications and results for the listed batch are shown here. View or request a COA in the quality documents section.

Batch No.

PGGH-260429

Test date

2026-04-30

Specification

In-house

Pack size

25 kg/drum

Storage

Sealed packaging; store cool, dry and away from light.

Conclusion

Conforms

Test Item	Specification	Result
Appearance	Light yellow to yellowish brown powder	Conforms
Identification (IR)	Specified characteristic absorptions	Conforms
Clarity and color of solution	Clear, light yellow to yellow	Conforms
Monoglucosyl hesperidin	≥75.0%	83.1%
Heavy metals	<20 ppm	Conforms
Lead (Pb)	<2.0 ppm	Conforms
Arsenic (As)	<2.0 ppm	Conforms
Loss on drying	≤5.0%	2.9%
Residue on ignition	≤0.5%	Conforms

Request a reviewed COA through the quality documents section and confirm its product form and batch.

Applicable Dosage Forms

Functional beverages

Drink powders

Gummies and hard candy

Hard capsules

Tablets

Serums

Cream dosage form for cosmetic formulation

Creams

Ingredient quality and application testing

Scar-care gels

Alpha-glucosyl hesperidin development essentials

Monoglucosyl-hesperidin assay is distinct from total flavonoids; compare glycosylated composition when selecting materials.

PGGH-260429 · Results apply to this lot; interpret purity, assay and water on their respective bases.

Composition candidates:: Compare beverage candidates with tea polyphenols or EGCG; screen maltodextrin or mannitol carriers for dry sachets.
Processing priorities:: Compare dissolving before acidic components against an alternative order, recording pH, thermal treatment, stored colour and precipitation.
Testing priorities:: Monoglucosyl component, related flavonoids, colour, haze, post-process assay and finished-product stability.

Explore formulation and combination research ↓

Alpha-glucosyl hesperidin formulation development: composition, processing and validation

Composition candidates, processing sequences and tests support pilot design. Confirm candidate excipients and processes using this material in the actual finished formulation.

Solid formats: carriers, loading and mixing

Define loading by ingredient mass, salt mass or active moiety. Use m = target mass / assay as supplied only when both share the same basis; convert dried-basis assays using water where appropriate, and do not substitute HPLC area purity for mass assay. Set excipient amounts from fill mass, bulk density and uniformity trials.
Compare beverage candidates with tea polyphenols or EGCG; screen maltodextrin or mannitol carriers for dry sachets.
Record ingredient lots, actual component masses, loading bases and addition sequence, retaining blanks and single-ingredient controls for traceable changes.

Processing and formats: pilot batches through filling

Compare dissolving before acidic components against an alternative order, recording pH, thermal treatment, stored colour and precipitation.
Select blending/filling equipment for the actual format, recording size, bulk density, mixing time and fill mass; liquid or softgel routes need separate carrier, sedimentation and container/shell compatibility testing.

Validation and scale-up: tests, retained samples and packaging

Monoglucosyl component, related flavonoids, colour, haze, post-process assay and finished-product stability.
Sample upper/middle/lower positions and start/middle/end filling; compare with ingredients, process blanks and single-ingredient results, documenting deviations and corrections.
Include actual packaging, transport and intended storage in retained-sample plans; ingredient COAs and storage conditions do not establish a new finished-product shelf life.

Research combinations and formulation directions

Study combinations, individual-ingredient mechanisms and product precedents are distinguished; expand each entry for scope and pilot-development checks.

Human combination study

Alpha-Glucosyl Hesperidin + EGCG

This pairing has direct human combination data and is compatible with functional tea, beverage-powder and capsule concepts.

Expand research and formulation notes +

Development rationale: This pairing has direct human combination data and is compatible with functional tea, beverage-powder and capsule concepts.

Evidence scope: The trial cannot isolate ingredient contributions or prove general weight-management efficacy; use the exact formulation context and compliant claims.

Pilot checks: Retain individual-ingredient, blend and carrier controls; check uniformity and post-process assays before packaged samples, documenting study formulations separately from new candidates.

2021 · The combined effect of green tea and α-glucosyl hesperidin in preventing obesity: a randomized placebo-controlled clinical trial. ↗

Open-label multicomponent study

Alpha-Glucosyl Hesperidin + Copper Tripeptide-1 + Hyaluronic Acid

The combination has appeared in a marketed scar-care gel study and can be screened in topical gel or serum systems.

Expand research and formulation notes +

Development rationale: The combination has appeared in a marketed scar-care gel study and can be screened in topical gel or serum systems.

Evidence scope: Open-label multi-ingredient evidence only; finished-product testing is required and no single ingredient effect can be inferred.

Pilot checks: Compare addition sequences after thickener hydration; test pH, viscosity, precipitation, assay retention and preservative challenge performance.

2025 · Efficacy and Safety Assessment of ThriveCo Scar Fader Gel With Scarcede™ in the Treatment of Skin Scars. ↗

Why Choose PathGene

Direct China manufacturer supply — factory pricing, no middleman
Recent-batch COA & batch traceability
In-house R&D + synthetic biology / enzymatic production platform
Free sample for qualified B2B buyers before commercial order
Flexible MOQ — from lab-scale trial to ton-scale commercial supply
One-stop OEM/private-label support for finished dosage forms
Worldwide shipping by courier, air freight, and sea freight

OEM & Private-Label Services

·Custom capsule manufacturing
·Custom tablet manufacturing
·Powder blending & custom formulation
·Private-label bottles, pouches & labels
·Small trial orders
·Bulk commercial production
·Export documentation
·Third-party testing support available on request

Documents Available

·Product specification sheet — request from sales
·Recent-batch COA — confirm by product and batch
·Other quality documents — confirm by product and batch

Documents are subject to product and batch availability; third-party reports are provided only when applicable.

Quality documents

Review specifications first, then batch data at shipment

The specification sheet defines acceptance limits. The COA shows actual batch results, which may vary by batch. Third-party reports are provided only for products or batches that have been independently tested.

Product specification

Stable acceptance criteria · Available on request

Recent-batch COA

Actual test data · Check the COA for the applicable batch

Technical Resources

α-GH Technical Articles

View all articles →

Alpha-Glucosyl Hesperidin for Beverages: Solubility, Research and Sourcing

A practical guide to alpha-glucosyl hesperidin beverages: glycosylation, peripheral-temperature research, pilot formulation checks and lot COA review.

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Key Features

🌿

83.1% Monoglucosyl Hesperidin

The referenced batch PGGH-260429 reports 83.1% monoglucosyl hesperidin against a specification of ≥75.0%.

🟡

Ingredient Identity

Specified by monoglucosyl hesperidin content, with composition documentation and 25 kg drum packaging.

🧴

Nutrition & Cosmetic Screening

Suitable for screening in nutrition, beverage and cosmetic formulation development, subject to target-market review.

Why Choose PathGene

Direct China manufacturer supply — factory pricing, no middleman

Recent-batch COA & batch traceability

In-house R&D + synthetic biology / enzymatic production platform

Free sample for qualified B2B buyers before commercial order

Flexible MOQ — from lab-scale trial to ton-scale commercial supply

One-stop OEM/private-label support for finished dosage forms

Worldwide shipping by courier, air freight, and sea freight

Alpha-Glucosyl Hesperidin Powder

What Is α-GH?

Other Names