|
HS Code |
491721 |
| Product Name | Grape Vine Extract |
| Plant Part Used | Vine and leaves |
| Extract Type | Standardized extract |
| Active Compounds | Polyphenols |
| Color | Brownish powder |
| Solubility | Water soluble |
| Taste | Slightly bitter |
| Odor | Mild herbal |
| Storage Conditions | Cool, dry place |
| Shelf Life | 2 years |
| Typical Use | Dietary supplement |
| Country Of Origin | Varies, commonly France or Italy |
As an accredited Grape Vine Extract factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Grape Vine Extract is packaged in a sealed 500g white HDPE plastic bottle with a tamper-evident cap and clear labeling. |
| Shipping | Grape Vine Extract is shipped in tightly sealed, food-grade containers to preserve freshness and prevent contamination. Packages are clearly labeled with contents and handling instructions. Transport is conducted under cool, dry conditions, away from direct sunlight. All packaging complies with safety regulations for non-hazardous botanical extracts. |
| Storage | Grape Vine Extract should be stored in a cool, dry, and well-ventilated area away from direct sunlight and moisture. Keep the container tightly closed when not in use, and avoid exposure to heat or sources of ignition. Store at room temperature, preferably between 15-25°C, and keep away from incompatible substances such as strong oxidizers. |
| Purity 98%: Grape Vine Extract with purity 98% is used in pharmaceutical formulations, where it enhances antioxidant activity and free radical scavenging effects. Polyphenol Content 75%: Grape Vine Extract with polyphenol content 75% is used in dietary supplements, where it supports cardiovascular protection via reduced LDL oxidation. Particle Size 120 mesh: Grape Vine Extract with particle size 120 mesh is used in functional food applications, where it ensures uniform blending and improved bioavailability. Stability Temperature 80°C: Grape Vine Extract with stability up to 80°C is used in beverage manufacturing, where it maintains its antioxidant potency during thermal processing. Solubility in Water >90%: Grape Vine Extract with solubility in water greater than 90% is applied in cosmetic serums, where it delivers efficient dermal absorption and skin radiance. Molecular Weight 300-600 Da: Grape Vine Extract with molecular weight 300-600 Da is used in topical creams, where it provides optimal skin penetration and anti-inflammatory effects. Moisture Content ≤5%: Grape Vine Extract with moisture content ≤5% is applied in nutraceutical capsules, where it prolongs shelf-life and prevents microbial growth. Residual Solvent <0.5 ppm: Grape Vine Extract with residual solvent below 0.5 ppm is used for clinical research, where it ensures safety and minimizes toxicological risks. |
Competitive Grape Vine Extract prices that fit your budget—flexible terms and customized quotes for every order.
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After years of facing the shifting tides of ingredient trends, the grape vine—a plant often associated with winemaking—has produced compounds that catch the attention of both food and supplement producers. On factory floors and in our research labs, we transform grape vine materials into finished extracts ready for demanding application. This journey from raw material to finished extract calls for far more than a passing knowledge of botanicals. The relevance of grape vine extract goes beyond marketing claims—it’s a direct reflection of raw material quality, technology, and real-world experience handling plant-based actives.
We offer grape vine extract under the model code GVE-95, a designation that means much more than a string of letters and digits. Each batch starts with grape canes and leaves harvested at their peak phenolic content. The foundation of quality comes from assessing weather patterns, controlling harvest time, and verifying the absence of mildew and extraneous material that can dilute effectiveness. Extraction itself doesn’t rely on folk knowledge—it takes well-maintained, food-grade stainless steel reactors and childlike patience navigating hundreds of quality control checkpoints. In our plant, we run the solvent system at carefully controlled temperatures to pull out trans-resveratrol and oligomeric proanthocyanidins, the most sought-after active components. Nearly every batch on our main production line targets a 95% combined polyphenol content, determined by HPLC analysis against trusted reference standards.
Unlike many grape products in the market, ours is not mass-produced from pomace waste. Most lower-cost powders squeeze value out of what’s left behind from juice or winemaking, yielding variable actives at best. Some traders blend stem, skin, seed, and leaf material with little documentation about the starting composition or extraction solvent. In our experience, this scattershot approach leads to unpredictable color, sediment, and poor solubility. We only use select vineyard sources contracted for full traceability, and the result is a light brown, fine powder free-flowing with no irritating odor or visible grit. This matters for customers who infuse extracts into capsules or beverages, where texture and color stability can make or break a finished product’s appeal.
In years of scaling up extraction lines, we’ve found some technical truths. Product developers want extracts that dissolve, blend, and retain activity under process conditions. Consistent particle sizing removes the old headaches of clogged lines or poorly mixed consumer formulations. Our process micronizes powder after drying, hitting a 100-mesh standard. Using in-line sieving eliminates oversized particles, which supports uniform dispersion in both solid and liquid systems. Actual users report fewer issues with sediment, even in high-protein beverage systems that usually struggle with plant extracts. Shelf tests in our own QA labs show stability against heat and light for eighteen months under typical warehouse conditions, thanks to the absence of residual fats and contaminants. The importance of purity shows up in bottom-line outcomes: clear solutions, reproducible taste, and precise nutritional claims on finished products. We submit every batch to microbial, heavy metal, and solvent residual testing. Each kilo is tracked with full COA documentation from our in-house laboratory for customers adapting to stringent overseas regulatory regimes.
Users ask for grape vine extract for its antioxidant properties, especially its high trans-resveratrol content and unique polyphenol profiles. Food manufacturers blend our GVE-95 into energy bars, teas, and flavored beverages. Supplement brands favor its solubility and light flavor, which slots into capsule fills without imparting bitterness or astringency. Some pharmaceutical customers take advantage of the high purity and lot-tracked analytics for research into cardiovascular support and vascular integrity. Our team has seen increasing demand from personal care customers who count on grape vine actives for skin nutrition formulations and anti-aging creams. Our experience here shows the advantage of tight process controls—emulsion-based systems benefit from predictable extract composition, reducing the need for costly formulation changes down the line.
Compared to plain seed extract, grape vine provides a richer spectrum of proanthocyanidins and often hits higher resveratrol percentages. Grape seed products can vary widely due to regional inputs or age of raw material. In-house comparisons show vine-sourced powder has improved dispersibility in water-based matrices and steadier antioxidant values on accelerated stability testing. Our extract has performed consistently in functional foods that ship in varying climates—with less tendency for color fading or flavor shift. The particle size distribution and moisture content, kept below 4%, minimize hygroscopicity and extend shelf-life without clumping or caking. That’s why beverage and supplement formulators return to us not just for potency, but for day-to-day reliability rather than fighting new headaches with every unique lot of raw input.
Important trends in food and nutraceutical manufacturing now center on origin story, traceability, and proof of responsible sourcing. We see rising demand for not just COAs, but also farm documentation and full chain-of-custody. Since 2008, we’ve worked to establish direct contracts with vineyard partners in select northern growing regions, allowing for predictable supply and transparent tracking of product origin. Our internal records can trace each lot back to the geographic block and chemical analysis at harvest. This process has curbed adulteration risk, which we’ve encountered in the past when third-party merchants diluted powders with lower-grade material. Our extraction facility runs on a closed-water system, making recovery and recycling part of daily practice rather than a feature for the annual sustainability report. By investing in local supplier education and rigorous QA audits each season, we create end-to-end assurance that buyers trust, whether they produce under Asian, North American, or European standards.
The global supply chain for plant extracts remains beset by swings in pricing, growing interest in natural ingredients, and the ever-present risk of adulteration. Over two decades, we’ve confronted periodic shortages of high-quality grape canes—both due to growing conditions and over-speculation by short-term buyers. Besides weather, clear regulations around allowable solvents and contaminants have forced suppliers to adapt extraction methods at a pace that sometimes outstrips local industry know-how. In our operation, we run continuous surveillance testing for known adulterants. We verify supplier declarations by retaining and cross-checking purchase records with annual DNA testing of incoming material. This approach helped us weed out contaminated lots before reaching the processing stage, saving not just money but downstream brand reputation for our customers.
On the regulatory front, extracts like ours now face country-specific maximums for certain actives and stringent labeling requirements. The only way to survive is to maintain control of every stage from farm to finish. Rather than rely on bulk commodity brokers, we’ve invested in long-term relationships and technology upgrades to ensure every kilogram meets tightened EU and North American purity demands. Our technical team sits on several industry committees shaping these standards, giving us advance warning of upcoming requirements. For customers, this means fewer rejected shipments and quicker compliance cycles, so product launches avoid costly reformulation.
Beyond simply supplying a powder, our job continues in the support of application development. Over years of customer feedback and direct trials, we fine-tuned our extract’s processability in common food and supplement manufacturing environments. New product developers rely on our open technical support to troubleshoot issues like dispersibility, foaming, or reactivity with other ingredients. We invest in an in-house application lab, where teams run bench trials replicating standard manufacturing equipment—stand mixers, pilot extruders, spray dryers—so the extract’s real-world performance aligns with promises made on paper.
For startups testing product first runs, we supply not just samples but guidelines based on thousands of real production hours. This support covers blending with proteins, stabilizing in ready-to-drink beverages, and mitigating flavor interactions with flavors, acids, and sweeteners. For multinational food groups, we establish joint stability studies and deliver custom analytical reports mapping out extract behavior under various conditions. Our technical partnerships stretch from Asia to the Americas, with senior chemists advising on compliance and flavor masking for specific regulatory markets.
Food and supplement buyers peer beyond the spec sheet, asking how their ingredients are made and what impact they leave behind. We balance rigorous extraction process with strategy on minimizing environmental footprint. This means capturing and recycling solvents using closed-loop systems, applying high-pressure water cleaning to keep down chemical use, and converting extraction waste to agricultural compost. With each investment in equipment or process, we document actual resource savings and update customers on progress. We avoid greenwashing or unsubstantiated sustainability claims. For our partners in Europe and North America, we accommodate requests for vegan certification, allergen declarations, and cross-contamination testing results. We’ve seen first-hand that responsible practice isn’t a one-time project but a monthly and yearly continuation: updating energy management, reviewing supplier engagement policies, and verifying documentation all the way back to the fieldworker. This hands-on commitment builds lasting trust, reduces risk of recalls, and secures reliable supply for the next cycle of product launches.
Consumer interest in plant-based actives drives research into health-promoting ingredients, and grape vine extract stands out for its polyphenol complexity and high resveratrol. But increased demand also creates pitfalls when supply tightens or origin documentation sags. We maintain technological flexibility to shift between production lines, accommodating shifts in demand without backing down from quality. This agility has kept our partners on shelf and in stock during seasonal shortages and regulatory inspections. Our trained staff spot color or odor differences years before analytical trends confirm a batch deviation—an edge that comes only from daily and yearly hands-on involvement. Data alone never substitutes direct experience overseeing raw input, process line, and finished packing every day on the factory floor. This creates a product that not only matches a lab benchmark but acts as a real contributor to finished goods stability, flavor, and visual appeal.
The biggest difference customers report isn’t in the marketing language printed on each drum—it’s in the daily reality of how GVE-95 fits their process. They avoid headaches sourcing from different seasons or suppliers, because we take pains to harmonize each lot within strict particle and composition specifications. Our direct contracts mean simple answers for certifiers, with no ambiguity in country or farm of origin. Because we’ve invested in staff training and regular protocol reviews, we keep microbiological and heavy metal counts well under industry limits. It’s easy to trim cost or look for momentary shortcuts, but every time a customer runs a sweep test or audit, they find the product matches the promised fingerprint. This day-in, day-out equivalence brings peace of mind to teams running tight production schedules or regulatory deadlines.
The extract we manufacture differs from mass market alternatives at almost every stage: from single-origin material selection to real-time process analytics, to hands-on QA by specialists used to seeing natural variability. Most plant extracts (grape-based or otherwise) rely on pooled supply chains and variable solvent systems that introduce batch-to-batch variability. Our focus on a high and consistent polyphenol and resveratrol content sets us apart, anchoring both nutritional function and batch reproducibility. We avoid the pitfalls encountered by some market players—namely, untraceable input material, blended origins, and incomplete analytics—by holding every batch to strict transparency and direct traceability.
For supplement makers, this means a single lot number covers every gram shipped, with supporting documentation tracing back to harvesting site and extraction parameters. Beverage and food formulators count on true-to-type color and minimal off-flavor. Cosmetic and pharmaceutical developers see no cloudiness or reactivity in formulations, even as industry standards climb upward over time. For us, this goes beyond regulatory minimums or marketing slogans—it’s the outcome of real investment, long-term supplier relationships, and methodical testing at every step.
We share our ongoing process improvements and findings with the broader industry, supporting better standards and advancing the science on GVE-95. Engagement with research institutions keeps us ahead of the curve on processing technology, and direct dialogue with customers—large and small—drives process tweaks that benefit everyone involved. Old practices give way to new filtration and drying techniques, all aimed at preserving biologically active constituents. This feedback loop helps us anticipate shifts in market needs, adapt to new regulatory constraints, and ultimately offer a product that doesn’t just comply, but leads the pack in usability and reliability.
There’s no shortcut to producing a grape vine extract worthy of both scientific validation and industrial usability. Real-world production means managing variability at every stage—raw material, processing, testing, and packaging—without sacrificing transparency. Our plant’s approach brings advanced analytics, disciplined staff oversight, and genuine traceability, giving customers the confidence to label, promote, and rely on grape vine extract in their manufactured goods. By basing our practices in direct experience, continuous improvement, and shared knowledge, we set a benchmark for what this ingredient can achieve—not simply as a commodity, but as a foundational tool for tomorrow’s food, supplement, and cosmetic brands.