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Elderberry Anthocyanin

    • Product Name Elderberry Anthocyanin
    • Alias elderberry-anthocyanin
    • Einecs 943-888-5
    • Mininmum Order 1 g
    • Factory Site Tengfei Creation Center,55 Jiangjun Avenue, Jiangning District,Nanjing
    • Price Inquiry admin@sinochem-nanjing.com
    • Manufacturer Sinochem Nanjing Corporation
    • CONTACT NOW
    VTB
    Specifications

    HS Code

    418474

    Product Name Elderberry Anthocyanin
    Source Sambucus nigra (elderberry)
    Appearance Dark purple to black powder
    Primary Component Anthocyanins
    Solubility Water soluble
    Extraction Method Solvent extraction
    Purity Typically ≥25% anthocyanin content
    Taste Slightly sweet and tart
    Common Uses Dietary supplements, food coloring, beverages
    Storage Conditions Cool, dry place, away from direct sunlight
    Shelf Life Approximately 2 years if unopened
    Allergen Status Free from common allergens
    Certifications Often available as Non-GMO and Organic
    Country Of Origin Varies by supplier, commonly Europe
    Packaging Sealed aluminum bags or HDPE containers

    As an accredited Elderberry Anthocyanin factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing White plastic bottle labeled "Elderberry Anthocyanin, 100g." Secure screw cap, batch number, storage instructions, and hazard symbols clearly displayed.
    Shipping Elderberry Anthocyanin is shipped in sealed, light-resistant containers to preserve stability. The package is clearly labeled, including hazard and handling information. It is transported at controlled room temperature, avoiding extreme heat or moisture. All shipments comply with local and international chemical transport regulations to ensure safe and secure delivery.
    Storage Elderberry Anthocyanin should be stored in a tightly sealed, light-resistant container to prevent degradation from exposure to light, air, and moisture. Keep it in a cool, dry place, preferably refrigerated (2–8°C), and away from direct sunlight and strong odors. Avoid frequent opening to maintain its stability and ensure maximum shelf life.
    Application of Elderberry Anthocyanin
    Purity 98%: Elderberry Anthocyanin with 98% purity is used in functional beverage formulations, where it delivers enhanced antioxidant capacity and vibrant natural coloration.Stability pH 3.0-4.0: Elderberry Anthocyanin stable at pH 3.0-4.0 is applied in acidic soft drinks, where it maintains color integrity and prevents degradation during shelf life.Particle Size <5 µm: Elderberry Anthocyanin with particle size less than 5 µm is used in jelly confectionery, where it ensures uniform dispersion and smooth texture.Solubility in Water: Elderberry Anthocyanin exhibiting high water solubility is utilized in instant powder drinks, where it allows for rapid and complete dissolution.Thermal Stability up to 80°C: Elderberry Anthocyanin with thermal stability up to 80°C is implemented in pasteurized dairy products, where it preserves color intensity after heat processing.Molecular Weight 450-600 Da: Elderberry Anthocyanin with molecular weight of 450-600 Da is employed in nutraceutical capsules, where it supports efficient absorption and bioavailability.Color Value E10%/1cm = 120: Elderberry Anthocyanin with a color value of E10%/1cm = 120 is used in plant-based yogurts, where it imparts deep purple hue with low dosage requirement.Antioxidant Activity EC50 15 µg/mL: Elderberry Anthocyanin with EC50 antioxidant activity of 15 µg/mL is applied in functional chocolates, where it enhances health value and oxidative stability.
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    Certification & Compliance
    More Introduction

    Introducing Elderberry Anthocyanin: A Manufacturer’s Perspective

    Understanding Elderberry Anthocyanin and Its Unique Profile

    As a chemical manufacturer operating for decades in botanical extractions, we have watched interest in elderberry anthocyanin surge, thanks to its naturally sourced pigment and increasing demand in food, beverage, nutraceutical, and cosmetic industries. Our elderberry anthocyanin, identified as Model EA-Calibre 11, features a vivid purple hue drawn from European Sambucus nigra. The main active components—cyanidin-based compounds—form the distinctive character of our product, setting it apart from blends that dilute potency with fillers.

    From raw material sourcing through purified extraction, we maintain a consistent anthocyanin content, which we quantify at 25% through HPLC to ensure our batches meet high standardization. Over time we have seen the market awash with ‘natural colorings’ and cheap extracts from less controlled sources. This industry shift has created confusion for purchasing managers and food technologists. By manufacturing directly from traceable elderberry and focusing on water-soluble anthocyanins—not just general color—our product stands as a reliable option for companies wanting both regulatory traceability and consistent color intensity.

    Tangible Performance in Applications

    Food producers have long sought colorants and actives that withstand both processing and shelf-life challenges. Our elderberry anthocyanin, in its powder form, dissolves smoothly in aqueous systems and holds color well in acidic matrices such as yogurt, fruit beverages, and gummies. In our own trial runs at 0.05% inclusion in beverage bases, the pigment retained over 85% of its color after six months under ambient storage, outperforming pomegranate and purple carrot extracts under the same conditions.

    With more processed snacks moving toward plant-based ingredients, our team worked alongside product developers to reformulate snack coatings, finding the anthocyanin pigment resists heat fade up to 115°C. The use of maltodextrin as a carrier keeps our powder free-flowing, an outcome we trace back to optimizing our spray-drying parameters, not shortcuts like anti-caking and binding agents found elsewhere.

    Beyond Color: Functional Claims and Compliance

    Elderberry anthocyanins are not mere colorants. Scientific consensus points to their antioxidant support, and our product has undergone third-party ORAC (Oxygen Radical Absorbance Capacity) testing with typical values of 7000 μmol TE/100g. Sourcing the raw berries during peak ripeness, and extracting within 48 hours, preserves labile antioxidants more effectively. This process has led beverage formulators to select our anthocyanin as a flavor adjunct, supporting both clean-label trends and functional health appeal.

    Safety and labeling transparency dictate the current market. We control the supply chain from elderberry harvest through finished product, conducting pesticide and heavy metal screening for every lot, not only because regulations demand it, but because we have learned that even low contamination can knock entire shipments out of compliance with EU and US import standards.

    Comparing Elderberry Anthocyanin to Other Color Extracts

    Inside the colorant sector, anthocyanins from grape skin, black carrot, and purple corn have all found places in manufacturers’ toolkits. Over years of side-by-side tests, elderberry anthocyanin delivers a more stable bluish-purple in pH 3-4, compared to grape skin’s tendency to brown under heat or light, and unlike black carrot extracts, does not impart earthy off-flavors. Our powder does not clump in cold water or precipitate in energy drinks—an issue we resolved with optimized particle size (80 mesh) and controlled moisture content (<5%).

    Formulators in the dairy and confectionery space have flagged batch-to-batch color variation as their top issue with natural pigments. We deployed in-line monitoring during our spray drying, logging absorbance at 520 nm for each batch, so color output never strays by more than 2% in L*a*b readings. Unlike blends offered by some trading houses—cut with apple or beet juice concentrates—our elderberry anthocyanin delivers pure, consistent hue, which turns up in final goods even at modest inclusion rates.

    Handling, Storage, and Practical Challenges

    One reality often overlooked in glossy product descriptions: anthocyanins are sensitive to oxygen, light, and moisture. Over the years we have tested more than twenty packaging combinations before selecting triple-layered, vacuum-sealed foil pouches with desiccant packs. This level of packaging might seem excessive, but our stability tests showed even a small pinhole in a bulk sack led to a 10% color loss after two months in a humid summer warehouse. Experience taught us not to cut corners on something as prosaic as a bag closure.

    In direct feedback from gummy and hard-candy makers, the biggest complaint is pigment migration and speckling. Our manufacturing staff made the switch several years ago to dextrose-based carriers in custom orders, which yielded smoother dispersions for confections and proved easier for automatic deposition. The shift came not from a memo, but after troubleshooting live trials on industrial equipment, where small flow changes led to streaks in finished candies.

    Quality Traceability and Supply Volatility

    The anthocyanin market experiences swings in quality every harvest. As a vertically integrated manufacturer, we trace every lot to its harvest date and field location. Years with drought, or an early frost, show up first in the pigment content per kilo of berries—something buyers rarely see detailed on a spec sheet. Instead of sourcing random bulk on the open market, we keep longstanding contracts with a network of family growers in central and eastern Europe, paying small premiums for fresh-picked, unsprayed berries. This control means lower yield some seasons, but higher pigment and lower agrochemical risk. One year, hail damage in Serbia forced us to scramble for berries in the Carpathians—those shipments arrived at half the typical pigment content, so we blended with higher-titer Italian berries to maintain our standard with full batch documentation.

    It takes extra effort to maintain this level of supply chain insight, tracking fermentation during storage, and logging berry Brix on arrival. Our technical staff regularly visit fields before harvest and oversee onsite berry sorting to eliminate poor-quality lots before they even hit the extraction line.

    Meeting Evolving Regulatory Baselines

    Clear regulatory status remains a recurring challenge. Elderberry extracts fall under natural colorant regulations in both the US (21 CFR 73.260) and EU (E163). We developed a process file with contaminant and pesticide testing schedules, along with allergen and GMO status. Only by manufacturing the product ourselves, and working with external labs, are we confident that every certificate of analysis isn’t just a checked box, but a real attestation of safety for batch and customer.

    Queries often come from multinational buyers seeking assurance on food fraud risks. To address this, we implement annual audits and random DNA authentication to prove raw berry origin. These extra steps require internal investment and add cost, but our view is that buyer trust and market access rest on more than numbers on a summary sheet.

    Addressing Misconceptions and Overpromises

    Misconceptions swarm around elderberry products. Some industry players inflate claims that their extracts carry ‘immune boosting’ effects at dosing levels ­far below those established in the scientific literature. We cannot and do not make unsupported health statements; instead, we stick to proven anthocyanin levels and antioxidant data. Real-world stability, not only theoretical ORAC scores, dictates how the compound performs in customer recipes. We remind our buyers that, as with all botanical products, anthocyanin content and bioactivity fluctuates with the berry’s maturity, horticultural practices, and extraction timelines. This isn’t solved with a single spec—it takes constant process vigilance, something ingrained in our operators’ daily routines.

    Our sales support answers shelf-life and ingredient synergy questions regularly—not just quoting marketing lines. Companies come to us with failed launches due to pigment degradation. We walk them through optimal acidulant usage, metal chelation, and packaging solutions that really work, sharing findings from our years of pilot plant operation. This open approach has paid off in long-term customer relationships and fewer product recalls.

    Sustainability and Working With Local Growers

    One of our main commitments is working directly with smallholder farmers. They face uncertain markets and weather risks, so we guarantee them pricing for contracted berry volumes. Over the years this support has improved both the reliability and quality of our anthocyanin. Sourcing from regions with a tradition of non-intensive agriculture has yielded elderberries with superior pigment and lower contaminants, as confirmed by our annual heavy metal and pesticide testing.

    Those asking about environmental footprint need to know that producing high-grade elderberry anthocyanin in Europe usually means fewer transportation miles compared to bulk importing of colorants from distant continents. We process berries in facilities near the harvest sites, reducing carbon output and, more importantly, cutting degradation that occurs when berries travel thousands of kilometers before processing. This difference shows in both pigment richness and the chemical fingerprint of finished batches.

    Technical Support in Real Manufacturing Scenarios

    Buyers do not only want pigment; they want to solve technical hurdles in real-world processing. Our team regularly supports partners formulating clear beverages, where haze and precipitation often spoil the appearance. Years ago, we implemented fine filtration and microencapsulation steps to help beverage makers meet market trend swings toward brightly colored, shelf-stable drinks. The result was improved solubility and a pigment that dispersed without debris—learned across hundreds of runs, not from a textbook.

    Nutrition bar and supplement producers come to us looking for anthocyanin that will not interact with iron or reduce in potency after blending. Our R&D line customizes blends and runs additive interaction checks so that finished formulations maintain vivid appearance and bioactive content. Solutions come from iterative bench-top trials and ongoing feedback, a cycle that has led to refinements in carrier selection and extraction temperature protocols.

    Answering Application-Specific Demands

    Cosmetic brands searching for natural pigment with high purity select our elderberry anthocyanin for lip balms, creams, and soaps. At their request, we reduced residual berry odor and controlled the micronization process, delivering a finer powder that integrates easily without grit. Color fastness, especially in light-exposed products, remains under constant review; we collaborate with packaging engineers to develop blockers against UV and oxidative fade, based directly on field returns and in-market product monitoring.

    Nutraceutical companies ask for standardized pigment, assured to meet label claims for cyanidin-3-glucoside. To do this, we run dual quantification by both spectrophotometry and HPLC, releasing only those lots where both tests confirm compliance. We invest in continuous training for our QC staff, recognizing the regulatory environment shifts yearly and staying on top means never coasting on prior success.

    Setting Our Elderberry Anthocyanin Apart

    Several elements push our elderberry anthocyanin product to the top tier. First: a vertical integration approach that guarantees traceability and transparency from berry field to powder. Second: persistent investment in analytical controls over pigment content, impurities, and performance in different applications. Third: technical support grounded in manufacturing, not just sales. These knotted-together strengths allow us to meet complex customer requirements for color, stability, and bioactive content.

    Many products on the market bear the elderberry label, but without process control, pigment content drifts, contaminated lots slip through, and the end user is left with subpar results. Over years of manufacturing, it’s clear that delivering on batch-to-batch consistency, full documentation, and honest application support builds more than a product line—it builds trust that recurs season after season.

    Ongoing Process Refinement and Looking Ahead

    Every production run, growing season, and customer launch gives us new information. We collect feedback on pigment strength, solubility, and sensory profile in applications ranging from juice to nutraceutical tablets. Plant operators, R&D chemists, and support staff all contribute to data collection, driving improvements in extraction, drying, and packaging steps. This habit of listening and refining keeps our elderberry anthocyanin not only stable and high-performing, but also relevant as regulations, consumer demands, and product technologies shift over time.

    Optimizing elderberry anthocyanin means balancing pigment recovery with preservation of naturally occurring co-factors. Industrial-scale extraction brings challenges: heat can degrade both color and flavor volatiles; minimizing process loss calls for helium stripping and careful adjustment of hold times. We made these changes over trial runs, not in one leap, and still tinker batch-by-batch to push yield and quality higher. For customers, this translates to a powder that consistently delivers brilliant hue and measurable antioxidant claim—attributes built on countless rounds of mother batch adjustments and analysis.

    Closing Remarks From the Manufacturing Floor

    Elderberry anthocyanin may look like a simple ingredient on a label, but the story behind it—harvest practices, extraction expertise, relentless quality control, and technical support through formulation challenges—makes all the difference in the final result. As a manufacturer deeply engaged in every link of this chain, we can attest there’s no shortcut to quality that holds up in the marketplace. Our commitment carries through the entire process, ensuring that when customers choose our elderberry anthocyanin, they secure a pigment and bioactive compound grounded in transparency, consistency, and direct manufacturing experience.