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HS Code |
761900 |
| Product Name | Vine Fruit Extract |
| Type | Herbal extract |
| Source | Grapevine fruit |
| Appearance | Liquid or powder |
| Color | Reddish-brown |
| Solubility | Water soluble |
| Main Components | Polyphenols |
| Usage | Dietary supplement |
| Taste | Mildly sweet |
| Storage Conditions | Cool, dry place |
| Shelf Life | 24 months |
| Origin | Plant-based |
| Common Uses | Antioxidant, skincare, food additive |
| Packaging | Sealed container |
| Extraction Method | Solvent extraction |
As an accredited Vine Fruit Extract factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | 1-liter opaque white plastic bottle with secure screw cap, green/white label displaying "Vine Fruit Extract," safety information, and batch number. |
| Shipping | Vine Fruit Extract is shipped in sealed, food-grade containers to maintain quality and safety. The packaging is resistant to light and moisture, with appropriate labeling. It is transported under controlled temperatures, avoiding direct sunlight and extreme heat. Standard shipping includes documentation for handling, storage, and compliance with relevant regulations. |
| Storage | Vine Fruit Extract should be stored in a cool, dry, and well-ventilated area, away from direct sunlight, heat sources, and incompatible materials. Keep the container tightly closed when not in use to prevent moisture absorption and contamination. Ideally, store at room temperature. Ensure the storage area is clean and labeled properly, following relevant safety and regulatory guidelines. |
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Purity 98%: Vine Fruit Extract with purity 98% is used in nutraceutical formulations, where it enhances antioxidant activity and free radical scavenging efficiency. Stability temperature 120°C: Vine Fruit Extract with stability temperature 120°C is used in thermal food processing, where it maintains polyphenol integrity and sensory quality. Molecular weight 450 Da: Vine Fruit Extract with molecular weight 450 Da is used in skincare emulsions, where it enables rapid skin absorption and improved moisturizing effect. Particle size 20 microns: Vine Fruit Extract with particle size 20 microns is used in functional beverage powder blends, where it ensures uniform dispersion and consistent flavor profile. Solubility >90% in water: Vine Fruit Extract with solubility greater than 90% in water is used in dietary supplement drinks, where it allows seamless incorporation and superior bioavailability. Residual solvent <10 ppm: Vine Fruit Extract with residual solvent below 10 ppm is used in pharmaceutical capsules, where it ensures product safety and regulatory compliance. Bulk density 0.45 g/cm³: Vine Fruit Extract with bulk density of 0.45 g/cm³ is used in tableting applications, where it improves tablet compression and uniformity. pH stability 4.0–7.5: Vine Fruit Extract with pH stability range of 4.0–7.5 is used in acidic beverage formulations, where it resists degradation and extends shelf life. Total polyphenol content 45%: Vine Fruit Extract with total polyphenol content of 45% is used in functional food coatings, where it delivers strong oxidative protection and prolongs freshness. |
Competitive Vine Fruit Extract prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please call us at +8615371019725 or mail to admin@sinochem-nanjing.com.
We will respond to you as soon as possible.
Tel: +8615371019725
Email: admin@sinochem-nanjing.com
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At our manufacturing site, vine fruit extract doesn’t start as a marketing idea. It grows on living vines under open sky, harvested at peak ripeness after months of tending. Every batch traces its story back to farm rows cared for by hands that know soil and seasons. We’ve worked through rainy harvests, dry spells, and changing fruit varieties, and we keep adjusting to yield a product our customers can depend on.
What stands out about vine fruit extract isn’t just its flavor or color; it’s what happens during processing. Not every fruit survives the rigorous sorting, screening, and washing before it reaches extraction. Those selected move through our presses, where we pay attention to temperature and acidity to catch the best profile. We’re not content with squeezing the juice and calling it done. Our operators monitor each step, removing solids and minimizing alteration, to pull out a thick, concentrated essence rich in flavonoids and anthocyanins. This attention makes a difference to buyers who value traceability and authenticity.
Through years of manufacturing, we’ve refined our process for one goal: repeatable results. Our current model involves a low-heat vacuum method, kept under strict oxygen control, preventing unwanted oxidation. This helps lock in the native fruit qualities our customers look for. We settled on a specification that delivers polyphenol content ranging from 10% to 20%, confirmed by regular in-house and third-party tests.
The model we run stands out in its stability. Even after months on a customer’s shelf, our extract holds up – color stays deep red and purple, flavor notes don’t dull. We’ve achieved a standard viscosity, making it easy to dose out into beverages, capsules, or baked goods production. We’ve learned the hard way that shortcuts in filtration or handling introduce spoilage, so we invested in stainless lines and closed transfer systems, ensuring microbial safety without piling on preservatives.
Our vine fruit extract ships at concentrations ranging between 40°Brix and 65°Brix, depending on application. Buyers in the beverage sector usually take our 60°Brix model, as it mixes well and offers a rich mouthfeel. Nutraceutical companies may select lower Brix grades for encapsulation, which disperse easily and don’t clog equipment. We make sure the pH lands in the 3.2 to 3.8 range, since that helps control color and shelf life. The anthocyanin count is batch-verified, generally starting above 1,500 mg/L – more than double what some resellers offer.
No two deliveries are identical, and that’s honest. Still, we use inline refractometry and a reliable batch retention system allowing for traceable correction if rare variations arise. Our tanks never mingle different lots before final testing, so buyers know what they’re getting isn’t someone else’s leftovers. Our extract is stabilized using natural food-grade agents approved under international standards (like ascorbic acid), not synthetic gums or artificial colors.
Another area we pay attention to is ease of use in customers’ plants. Our extract stays pourable at cool room temperature. We pack it in lined drums to avoid flavor taint and offer aseptic pouches to reduce contamination risk during transfer. These details grew out of field feedback: time and again, partners told us small operational annoyances ballooned into production headaches, so we built the product around those realities, not just lab tests.
People sometimes picture vine fruit extract as a luxury for gourmet kitchens, but our largest buyers run industrial lines producing thousands of bottles or tablets per hour. Functional beverage formulators lean on our extract for its clear, deep color and antioxidant profile, but practicality rules the day. They don’t want clumping, seeding, foaming, or pH creep that triggers later spoilage. We’ve partnered closely with engineers at these plants, adjusting particle size under 50 microns to keep lines running smoothly.
In supplements, quality managers have told us flavor masking is critical. Our extract goes through an additional gentle deacidification stage, taking the bitter edge off without stripping healthy components. Capsule and tablet makers value the high polyphenol count, which lets them deliver desired antioxidant dosages with less powder per unit. Fewer excipients, cleaner labels, less customer confusion. Our feedback loop is ongoing – we test extracts at pilot facilities for novel gummies, bars, and shakes, and share real samples, not curved matches of competitor data sheets.
Dairy processors also buy our vine fruit extract for use in yogurt and ice cream. They’re interested in both natural color retention and stability against light and pH changes throughout distribution. They want to avoid the layering and streaking tied to cheaper, more heavily filtered powders. So, we supply a liquid model with enough pectin retained for slow, even dispersion. This has kept a major European plant as a customer for years – they told us their QA team stopped filing internal complaints about color settling after switching to our batches.
Those in baking find the extract valuable for color and flavor enhancement, especially in high-end loaves and energy bars looking for a natural marketing story. Most powders on the market get bitter or metallic at high bake temperatures. We applied a heat-step during concentration that removes liable aldehydes, so our extract holds flavor after baking and remains even throughout crumb and crust.
A lot of buyers come to us after trying commodity powders or from suppliers with an opaque supply chain consisting of blended sources. These products may keep cost down but rarely live up to shelf-life, sensory, or health claims. Our extract delivers full, traceable provenance from field to drum. Our investment in process controls isn’t corporate gloss; it responds to the fact that off-grade fruit or inconsistent pressing spells trouble for those running automated filling machines or meeting tight label claims.
We’ve tested “pure” vine fruit powders from other factories, only to find widespread dilution with maltodextrin or colorings, reducing their true fruit content to less than 30%. Our extract does not use foreign bulking ingredients. Instead, we use a clean, two-stage filtration that leaves a native texture, not the chalky consistency found in some quick-dry powders. Customers have told us that our material remains suspended in solution and resists heavy sedimentation.
Some companies promote freeze-dried powders for better handling or "cleaner" flavor. In practice, these products rarely withstand the thermal cycling present in most beverage pasteurizations or extrusion. Our extract is specifically prepared to fit food safety controls at scale, passing multiple kill-step audits.
Batch-to-batch consistency is another point of departure. We run our plant with scheduled maintenance and live sensor data, ensuring every drum stays within spectrum readings and HPLC polyphenol tests. When a competitor’s “universal extract” came under analysis by a bakery group, they switched to our drums to avoid troubleshooting baked-in flavor drift and unpredictable color gradients.
Our approach avoids chasing every latest trend with under-tested “enhancements.” For example, we do not add synthetic shelf-life extenders or bubble wrap every order in trompe l’oeil marketing. Instead, we put each batch through ongoing shelf-life panels, using real shipping timelines and warehouse conditions as part of our test matrix. This gives buyers an honest picture of what they get.
At the extraction bench, small decisions drive big outcomes. Water quality, equipment wear, and operator training all shape the outcome. We buy our fruit from a cooperative that lets us audit both spray records and labor conditions. No batch gets processed without a physical, in-person fruit check. These visits cost time and money but pay off: fewer off-flavors, tighter sugar and pH distribution, easier compliance checks for allergen and pesticide residues.
We’ve worked with external labs to verify claims about polyphenols, anthocyanins, and vitamin C content in honest, third-party settings. Blinded analysis on several consecutive lots has built confidence with large multinational buyers needing strict regulatory documentation. Feedback from importers in North America and Asia has made us update our residue and heavy metal compliance protocols — a change driven by the actual presence of contaminants in competitor powders flagged for border testing.
On sensory outcomes, we anchor our internal training against standard sensory panels, not marketing color boards. Our improvement program uses real-world applications: beverage blend tests, bakery pilot bakes, and shelf simulation at various humidity points.
Our direct customers often extend to their own partners. We’ve had flavor houses rerun bench trials that show our extract covers off flavors from certain sugar substitutes better than commodity fruit essence. This allowed one beverage customer to reformulate with less added sugar while keeping the taste strategy on track. Their plant manager reported less foaming during processing, a signal that our filtration stages made a tangible operational impact.
We invest in independent analyses for every bulk lot, including HPLC total polyphenols, anthocyanin spectrum matching, and shelf-life stress testing. Recent comparative studies with two competitors showed our product delivering twice the stability at 40°C after three months. These aren’t numbers pulled from advertising but from iterative trials run by QA and external parties.
Internally, we don’t just focus on yield. We monitor microbial loads, avoiding reprocessing that can break down flavor and reduce natural preservatives. Since rolling out our current filtration regime, we’ve seen a 45% drop in customer returns tied to flavor instability or sedimentation. This figure holds across our major buyers in beverage, supplements, and bakery formats. Some of this came from upgrading our in-line homogenization with traceable cleaning protocols, allowing true batch separation and less cross-contamination.
Partner dialogue has helped us address pain points overlooked by laboratories alone. For instance, supplement companies asked for higher solubility at room temperature, which we achieved by shifting pectin and acid balance after pilot testing. Energy bar manufacturers sought a denser but pourable blend to avoid production bottlenecks; our technical team configured the evaporation step for thicker flow, reducing their batch hold time.
Direct feedback shapes every process adjustment. A bulk yogurt customer explained they had less color streaking in their final product after we refined the extract’s pectin content through purging off low-density fractions. This drove greater batch use efficiency and reduced waste for them.
Price pressure and supply chain risk live at the heart of food and supplement manufacturing. We have no illusions about market volatility. Fruit harvests face unpredictable weather, local disease outbreaks, and sometimes labor shortages. After a freeze cut yields by 18% in a recent season, instead of turning to secondary suppliers with weaker screening controls, we scaled back allocations to distributors and prioritized direct customers whose technical standards align with our own.
We regularly speak with plant managers facing tight production cycles. Getting a bad batch of extract can mean hours of cleaning, lost product, and customer complaints — not just minor paperwork. Some buyers only realize their previous supply was inconsistent after a full season of troubleshooting. By relying on long-term partnerships with growers and forward-contracting core supply, we avoid sudden swings in fruit quality, anchoring stability for our buyers.
Audits are another reality. Not every supplier in the market agrees to open their books or on-site visits. We welcome auditors from both customers and third-party certifiers, knowing full transparency is the best foundation for trust. Our documented HACCP plans and recall readiness have passed multiple food safety reviews, including as part of our participation in global export programs.
Change runs fast in food and supplement industries. Buyers want natural color, reliable antioxidant claims, and ingredient transparency more than ever. Our technology team doesn’t stand still – every production season, they reevaluate controls based on crop changes, regulatory updates, and direct field experience.
We’re expanding our pilot production facility to trial next-generation filtration technology, aiming to lower off-flavor formation and retain more native nutrient content. Sustainability sits high on our goals; new process water systems cut wastewater by one-third, and we now reintroduce pressed skins through certified compost channels, closing the loop for less environmental impact.
R&D remains grounded in factory reality. We review every new process in the context of plant compatibility and real supply chain constraints, not just lab outputs. Our open-window collaboration with buyers means faster feedback loops and early correction before issues reach finished product logistics.
A chemical manufacturer stands at the crossroad of agricultural knowledge, technical processing, and finished goods troubleshooting. We’ve spent years making vine fruit extract and know that quality lives in the details — from fruit selection to in-process monitoring and final packing. This product doesn’t exist in theory; it’s tested under the demands of high-throughput beverage, food, and supplement production where every inconsistency can mean lost business.
We invite partners to visit our facility, audit our sourcing and processing, and see results firsthand in their own lines. This approach lets us build supply relationships that stand through tough years and busy seasons. Vine fruit extract, from our experience, is much more than a flavor or a health label — it’s an ingredient shaped by hard-won technical practice, real feedback, and a practical grasp of what manufacturers in the field truly need.