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HS Code |
156433 |
| Name | Purple Carrot Extract |
| Source | Daucus carota ssp. sativus (purple carrot) |
| Color | Deep purple |
| Main Active Compounds | Anthocyanins |
| Form | Powder |
| Solubility | Water-soluble |
| Uses | Natural food colorant, dietary supplement |
| Appearance | Fine powder |
| Taste | Mild, slightly sweet |
| Preservative Status | No preservatives added |
| Application | Beverages, confectionery, dairy products, cosmetics |
| Shelf Life | Typically 24 months when stored properly |
| Storage Conditions | Cool, dry place, away from sunlight |
| Allergen Status | Allergen-free |
| Gmo Status | Non-GMO |
As an accredited Purple Carrot Extract factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Purple Carrot Extract, 100g, comes in a resealable, matte silver pouch with clear labeling, ingredient details, and safety instructions. |
| Shipping | Purple Carrot Extract is shipped in sealed, food-grade containers to ensure stability and prevent contamination. Packaging is robust, moisture-resistant, and clearly labeled. Shipped at ambient temperature unless specified otherwise, it complies with all relevant regulations for food ingredients. Expedited delivery options are available to maintain product freshness and quality. |
| Storage | Purple Carrot Extract should be stored in a tightly sealed container, away from direct sunlight, moisture, and heat. Keep it in a cool, dry place, ideally at temperatures below 25°C (77°F). Avoid exposure to air and strong odors to preserve its quality and color intensity. Refrigeration may be recommended to extend shelf life after opening. |
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Purity 98%: Purple Carrot Extract with purity 98% is used in natural beverage colorant formulations, where it provides superior vivid purple hue and batch consistency. Anthocyanin content 30%: Purple Carrot Extract with anthocyanin content 30% is used in functional food supplements, where it delivers potent antioxidant properties and supports shelf-life extension. Particle size <100 microns: Purple Carrot Extract with particle size <100 microns is used in instant powdered drink mixes, where it enables rapid dissolution and homogeneous color dispersion. Stability at pH 3-7: Purple Carrot Extract with stability at pH 3-7 is used in acidified dairy products, where it maintains color integrity and prevents pigment degradation. Moisture content ≤5%: Purple Carrot Extract with moisture content ≤5% is used in confectionery coating applications, where it ensures enhanced storage stability and avoids clumping. Heat stability up to 80°C: Purple Carrot Extract with heat stability up to 80°C is used in baked goods, where it preserves color intensity during high-temperature processing. Solubility in water: Purple Carrot Extract with high solubility in water is used in clear beverage manufacturing, where it results in uniform color distribution without precipitation. Heavy metal content <1 ppm: Purple Carrot Extract with heavy metal content <1 ppm is used in baby food production, where it ensures safety compliance and minimizes contamination risks. Residual solvent <0.5%: Purple Carrot Extract with residual solvent <0.5% is used in nutraceutical capsule manufacturing, where it promotes product purity and regulatory acceptance. Storage stability 12 months: Purple Carrot Extract with storage stability 12 months is used in packaged food products, where it offers reliable performance and extended shelf-life. |
Competitive Purple Carrot 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.
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Tel: +8615371019725
Email: admin@sinochem-nanjing.com
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Years ago, our production team noticed a shift. Food and beverage formulators began sidestepping synthetic colorants, searching for stable and vibrant natural alternatives. That’s how Purple Carrot Extract, model PCE-160, made its way from our fields to laboratories around the world. Our journey started with intensive soil management in carrot-friendly regions, trusting partner farmers who value deep color and nutrition in every root. Months of trialling extraction methods—steam, gentle enzymatic treatment, low-temperature vacuum concentration—allowed us to retain the intense purple anthocyanins that set this extract apart.
We prioritize whole-root processing. This approach avoids the dull product you get from trimming off the skin, where much of the pigment gathers. In a typical batch, you’ll see a robust, deep magenta liquid with a faint earthy aroma—not the light, watery look of some bulk-processed imports. Our internal HPLC runs confirm consistent high anthocyanin content between 18-27 mg/g, a result driven by both varietal selection and our gentle extraction routine. Lab teams appreciate repeatability: batch-to-batch color variation sticks within a 2% margin.
We’ve grown carrots for more than a decade under field contracts in low-pesticide zones—no urban runoff, no excessive nitrate application. Our technical staff spend days out in the mud, walking alongside the rows, often pulling carrots for mid-season pigment checks. That’s not just busywork: the pigment profile doesn’t lie. Higher natural anthocyanin content requires careful management, as overzealous irrigation or late harvesting can thin out both color and flavor.
Part of our routine involves annual third-party audits and certifications—ISO, FSSC, OK Kosher, and Halal where needed. On-site inspectors want to see actual traceability, not paperwork. Our harvest barcodes keep every batch linked to the exact field and date. A manufacturer can trace any lot number back to its row, not just the country or farming co-op. That gives our buyers (and their quality managers) real control, not just stories.
Food developers seek color, but often want more than that. Our purple carrot concentrate delivers a suite of benefits rarely matched by alternatives. In acidic systems, purple carrot extract produces a strong hue from red-violet to bluish-purple between pH 3.2 and 6. This has made it a preferred solution for craft sodas, yogurt drinks, plant-based confections, and even gums and yogurts with ‘clean label’ demands. Our friends in the beverage industry tell us red radish or black currant cannot quite match the stable, deep tone under cold-fill conditions; black carrot, another close cousin, throws more green tints and often leans earthy or bitter on the palate.
A baker using our extract can expect robust color retention during proofing and baking, thanks to the unique glycosylated anthocyanins that withstand moderate heat—better than typical red cabbage. Ice cream manufacturers like the lack of detectable “vegetable” flavors when dosing at their usual 0.1-0.3% – something natural beet juices can’t promise. We monitor client shelf-life studies closely: our extract resists fading even in sunlight-exposed packaging, keeping the magenta edge for months if pH is held stable.
On the production floor, nobody wants surprises. We learned that standardized water activity (aw) keeps microbial risk at bay without leaning on preservatives. Each lot runs through a double-filtration process to remove particulates that could foul lines or trigger gel formation. Food engineers mention the extract’s predictable viscosity—neither syrup-thick nor watery—making it easy to incorporate, dose, and wash through CIP systems.
We’ve supported R&D teams experimenting with sugar-free beverages, sports drinks spiked with protein, and baked goods baked in high-oxygen ovens. Each scenario has quirks. Low-pH kombuchas work beautifully, holding color; protein shakes need extra pre-blending to avoid pigment-caking, yet offer lively magenta color. Acidic sour candies stand out with vibrant shades, and the lack of earthiness addresses parents’ concerns in the kids’ segment.
Years of regulatory experience tell us the trick is not just meeting legal thresholds for anthocyanin content or labeling requirements. It’s documenting every step. Most regions—including EU, US, and APAC markets—approve Carrot Extract (E163) without filing as an ‘artificial’ color, qualifying clean label status. Yet buyers expect verified allergen-free, GMO-free, and chemical residue–free results, which is why our supply chain includes dedicated testing phases for every batch produced.
Retailers and food producers increasingly seek documentation from field to finished product. Our long-term buyers request regulatory dossiers, shelf-life proof, and chemical analyses with every batch, not just the first time they try it out. Every certificate and microanalysis we send comes from validated, frequently audited labs. Firms looking to pass retailer compliance checks appreciate the ready records, instead of scrambling to re-test under pressure. A costly recall from non-compliance can ruin a launch; we have patched up more than one client’s challenge who came to us after supply chain surprises elsewhere.
Ask around on the ingredient buyer circuit, and you’ll quickly learn the market is flooded with options: black carrot, red radish, purple sweet potato, grape skin extracts. After years working with each, the trade-offs are clear. Black carrot gives decent color but can swing too “brown” or “olive” with oxygen exposure, dogging soft drinks and gummies. Grape skin works in acidic environments but struggles with cost and can deliver musty aroma not everyone welcomes. Purple potato offers another route, but the texture and flavor in certain dosages leave much to be desired—especially for clear beverages or flavor-neutral yogurts.
Our purple carrot extract keeps color in acidic drinks from pink-red to bright lavender, and maintains clarity even as dosage climbs. Baked goods benefit from heat-resistant anthocyanins that won’t rapidly bleach out. Topical coatings and fondants in confectionery lines lose their distinctness with most red vegetable colorants in light-exposure conditions. Experienced formulators troubleshoot less with our extract, dialing shade precisely rather than compensating for unpredictable plant byproducts.
We know that natural colorants prompt concern over agricultural sustainability and community footprint. Our long-term farming partnerships don’t just stop with crop contracts. Yearly agronomist field audits evaluate not just yield, but soil rotation, irrigation methods, fertilizer routines, and labor practices. We see firsthand the benefits: healthier soils after carrot harvest, reliable crop rotation (wheat, carrots, peas), and steady family income for farming partners. It’s not just a marketing story; many of our growers have worked with us for more than a decade, building mutual reliability and sharing methods that push color yield up without draining soil health.
Reducing water, reusing agricultural by-products, and composting carrot tops feeds livestock for our partners. Processing plants recover water and channel much of this back to local farms. We track carbon footprint data, working to slim energy usage in freeze-concentration and minimize transport emissions through local clustering of partners. The story of sustainable purple carrot production becomes part of every lot we sell, and buyers in global food industries have tracked biodiversity and CO2 numbers to support retail and regulatory claims.
Food and beverage innovation rarely stay still, and color is a moving target. Start-ups in plant-based dairy, functional snacks, and nutraceuticals have challenged us with blends that sit outside the old comfort zone of pH or processing steps. It’s not unusual for us to join their bench-top trials—sometimes with a few liters of extract, sometimes consulting directly on process troubleshooting. Every time the application moves from test kitchen to pilot plant, we see new stress tests for stability: freeze/thaw cycles, shelf illumination, spray drying, or interacting with other botanicals.
We learn from these projects. In the last three years, consumer demand for “Instagrammable” food color has climbed fast; social media feedback from both small-batch ice cream shops and multinational confectioners has pushed us to study pigment clarity, not just intensity. A lot of our time now goes into side-by-side product panels, rapid photostability simulations, and direct feedback loops from culinary experts. This dialogue with early adopters keeps our extract at the top of natural color trends, not lagging behind synthetic dyes.
Not everything goes off without a hitch. With long shipping timelines and multi-month inventories, anyone working in supply chain knows natural extracts can be unstable in slow-moving warehouses, especially if temperature gets ignored. We addressed this by investing in cold storage at both ends, and by designing tamper-evident, light-blocking containers that lock in pigment stability. Before shipment, each container gets tested for light transmission and pigment degradation; nothing leaves our doors without internal clearance.
Our teams have battled with sediment in liquid applications—a common pain in the early days—solved partly by custom multi-stage filtration adapted for the carrot’s peculiar fiber makeup. We responded to froth build-up in carbonated drinks by testing de-aeration protocols on concentrate before blending, helping beverage formulators improve mouthfeel and clarity. Over-dosing by inexperienced teams forced us to standardize recommendations, offer hands-on dosing workshops, and set up a consult line for formulation emergencies.
Quality assurance cannot take a back seat, especially where downstream customers—large retailers, national CPG brands—conduct their own audits. Our lab runs pigment concentration checks daily, not just per batch but at key points across the storage period. We invite auditors to observe chromatograph results, moisture readings, and flavor panels. Every year, we adjust protocols in response to emerging risks—a new class of off-flavors, micro-residue regulations, or novel colorant adulterants making news in the trade press.
A decade in natural color manufacturing has taught us that transparency builds trust. When a client faces a failed shipment or an off-color batch, our response is real-time: test the product under their exact scenario, share the results, and ship replacement if necessary. Open communication prevents surprises, and collaborative troubleshooting often helps both sides tighten their operating procedures going forward.
Demand continues to expand as consumers gravitate toward “real food” color and story-driven sourcing. Long gone are the days when a purchaser’s only concern was shade intensity. End-customers look for traceable supply chains, authentic agricultural practices, and ingredient lists they’ll trust to feed their families. Major QSR chains and brand houses run regular audits down to the ingredient processor’s site; our open-door approach and willingness to support R&D at all project stages set us apart.
Our investment focuses on improved carrot varietals—growing lines with greater pigment, staying power, and milder flavor. Ongoing collaboration with universities targets both pigment biosynthesis and resilience against field disease, aiming for high yields without chemical crutching. Processing lines continue to undergo upgrades too, emphasizing both low-energy usage and water recovery across every run.
Working as an actual chemical manufacturer, our experience spans the entire journey of purple carrot—from muddy boots in the field to sterile lab analysis and hands-on support for innovative food developers worldwide. Every insight and change has come from watching color lines in a soda plant, standing by the oven in an experimental bakery, or hearing a customer’s frustration with inconsistent results. Years on the line have driven home that a deeper commitment to quality, traceability, and technical dialog creates both a better extract and better food for end users.
Purple Carrot Extract, as we produce it, reflects not just sound chemistry but lived agricultural and industrial experience. Our extract shows up in foods kids grab in lunchboxes and in curated health snacks, craft sodas, and globally distributed yogurts. That legacy stands not on marketing gloss, but on consistency, transparency, and innovation grounded in real manufacturing decisions.