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HS Code |
633058 |
| Name | Carrot Extract |
| Source | Daucus carota (Carrot) root |
| Appearance | Orange to yellow liquid or powder |
| Main Active Components | Beta-carotene, vitamins A, C, E |
| Solubility | Oil-soluble or water-soluble (depending on preparation) |
| Common Uses | Skincare, hair care, food supplements |
| Benefits | Antioxidant, skin rejuvenation, moisturizing |
| Shelf Life | 1-2 years (if stored properly) |
| Storage Conditions | Cool, dry place away from direct sunlight |
| Extraction Method | Cold-pressed or solvent extraction |
| Botanical Name | Daucus carota |
As an accredited Carrot Extract factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Carrot Extract packaged in a 500ml amber glass bottle with tamper-evident cap, detailed label includes batch number and handling instructions. |
| Shipping | Carrot Extract is shipped in tightly sealed, food-grade containers to preserve freshness and prevent contamination. The packaging is clearly labeled and complies with safety standards. It should be stored in a cool, dry place, away from direct sunlight. Quick transit and careful handling ensure product integrity upon delivery. |
| Storage | Carrot Extract should be stored in a cool, dry place away from direct sunlight and heat sources. Keep the container tightly closed to prevent contamination and evaporation. Store at room temperature, ideally between 15°C and 25°C. Avoid exposure to moisture and extreme temperatures. Ensure the storage area is clean, well-ventilated, and compliant with local regulations for food-grade or cosmetic extracts. |
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Purity 98%: Carrot Extract Purity 98% is used in cosmetic serum formulations, where it enhances skin brightening and promotes uniform complexion. Beta-carotene content 20%: Carrot Extract Beta-carotene content 20% is used in dietary supplements, where it supports antioxidant activity and cellular protection. Water solubility: Carrot Extract Water solubility is used in beverage fortification, where it enables clear and stable liquid incorporation. Particle size 80 mesh: Carrot Extract Particle size 80 mesh is used in food powder blends, where it provides uniform dispersion and improved mouthfeel. Stability temperature 60°C: Carrot Extract Stability temperature 60°C is used in heat-processed nutrition bars, where it maintains bioactive efficacy during production. pH stability range 4-8: Carrot Extract pH stability range 4-8 is used in skincare creams, where it ensures consistent antioxidant delivery in varying formulations. Residual solvent <0.1%: Carrot Extract Residual solvent <0.1% is used in pharmaceutical preparations, where it ensures product safety and regulatory compliance. Total ash ≤5%: Carrot Extract Total ash ≤5% is used in natural colorant applications, where it guarantees high purity and minimal mineral contamination. Moisture content ≤7%: Carrot Extract Moisture content ≤7% is used in encapsulated powders, where it reduces clumping and extends shelf life. Oil dispersibility: Carrot Extract Oil dispersibility is used in lipid-based softgel capsules, where it enables efficient nutrient delivery in oil matrices. |
Competitive 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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As a manufacturer, every step in producing our carrot extract involves attention to quality and a drive for consistent performance. Our Carrot Extract, model CX-318, focuses on retaining the core nutrients naturally present in fresh carrots. By using a controlled extraction process on carefully sourced carrots, we concentrate the very essence and key active ingredients, such as beta-carotene, lutein, and essential vitamins.
Raw materials matter in every finished kilogram. Every batch draws from crops grown in nutrient-rich soils, monitored for pesticide exposure, heavy metals, and freshness. Field selection relies on color, density, and mature harvest windows, not just visual appeal. From years of experience, inconsistent crop selection translates into subpar extracts—color fades, aroma turns grassy, and nutrient spread widens. Fresh carrots transform into extract with minimal degradation; it takes optimizing temperature and pressure to safeguard the actives while removing unnecessary fibers and water.
For CX-318, the focus remains a dense, orange-red liquid. The color gives the first clue: a vivid hue points to higher beta-carotene presence. Inconsistent batches appear pale; these never leave our facility. We routinely carry out HPLC tests and spectrophotometry on every production lot—numbers matter, and so does a sharp eye for detail. Customers, whether in cosmetics, supplements, or food, expect that solid foundation.
Each batch of CX-318 offers robust beta-carotene content—ranging near 5% by weight, far higher than raw carrot purée or homemade infusions. The extract dissolves easily in most carrier oils and emulsifiers, depending on application. Those working in personal care—like skin creams or serums—value a clean, smooth consistency that blends without harsh odors or off-colors. For supplement makers, the goal is shelf-stability, purity, and strong nutritional value.
Moisture content falls below 2%. Standard microbiological checks eliminate spoilage risk before product ever ships—using rapid culture and next-generation sequencing where needed. We know firsthand the nightmare caused by hidden molds or bacteria; no reputable formulator should have to face spotty batches or abbreviated shelf life. CX-318’s pourability means one can dose and mix at room temperature with minimal agitation; it supports clear labeling and meets the needs of clean-label project managers. Color, aroma, and nutritional values stay stable up to 18 months in sealed drums.
Cosmetics makers need consistency. In creams and lotions, Carrot Extract functions as a natural colorant and active, giving formulas a soft orange tint and extra antioxidant punch. The beta-carotene soothes and supports the skin barrier, making it a longtime staple in after-sun and anti-aging lines. It helps round out ingredient lists for “nature-derived” claims, while the high level of purity prevents harsh odor interactions with delicate botanicals like chamomile, red clover, or lavender.
Nutraceutical brands turn to this extract to add nature-identical vitamin A content, replacing synthetics or carrot juice powders that taste sharp and provide erratic potencies. In our work with supplement designers, we have seen that subpar extracts oxidize within weeks, losing their promised nutrient values. CX-318 resists breakdown thanks to a carefully tuned blend of natural tocopherols, and our team can back every lot with a stability chart under various temperature and light conditions.
CX-318’s food-grade status gives chefs and beverage formulators a direct way to add color and nutrition. Natural orange colorings in ice creams, yogurts, and energy drinks stay consistent without blotchy settling or odd flavors. High purity helps avoid common “off” notes that less refined extracts sometimes add to food products. Working closely with a few beverage innovators, we’ve fine-tuned the extract so it disperses quickly, even in cold applications, without leaving oil slicks or flavor taints.
Many on the market claim “natural” carrot extraction, but in practice, the results diverge sharply. Some lower-cost extracts rely on high-heat processing, stripping out fragile volatile compounds and yielding a burnt or grassy aroma that shows in finished products. Others use aggressive solvents, chasing higher yields by tolerating more carrier residue—these leave a chemical footprint and sometimes risk regulatory challenges.
Home infusions sound appealing but rarely offer consistent dosing or shelf-life guarantees. Most conventional carrot oils on the shelf are fatty carrier oils macerated with dried carrot. This process can barely capture the fragile carotenoids and often includes no testing for pesticide residues or aflatoxins. The difference reveals itself in the lab: side-by-side, our CX-318 shows higher concentration, better color, and a tighter nutritional profile.
Our process stands apart because we avoid harsh chemicals and prioritize food-grade standards. Testing is transparent—each batch comes with a real certificate of analysis, not just a generic spec sheet cut and pasted from an ingredient broker. Decades in this field taught us that skipping steps in verification means headaches for everyone downstream, from brand owner to end consumer.
Carrots do not offer only beta-carotene—they are a cocktail of phytonutrients. Yet, without proper extraction, most of those actives are left behind in the pulp. Farm-to-bottle production often means cutting corners to keep costs low: extracting at uncontrolled temperatures, skipping microbe testing, or using “miscible oils” that hide inferior raw input. Real-world ingredients need more than glitzy marketing—they require steady oversight, regular lab work, and adaptation to market needs.
Through the years, we noticed a surge in demand for color-rich, natural functional ingredients—driven by both regulatory shifts and consumer awareness. Some regions ratchet up scrutiny on synthetic dyes and additives with every passing year. For cosmetic and food brands, this means swapping out synthetic colorants and stabilizers for real plant-based alternatives. Beta-carotene shines here—both as a safe vitamin and a color booster.
Working across multiple regions, every country brings its own quirks in import requirements and ingredient standards. We navigate these by observing stricter-than-required protocols, making sure every customer ships with documentation valid for EU, North America, and Asia. It’s common to field questions about allergens, vegan status, and halal/kosher certification—so we supply these without runarounds or fine print.
Nothing stays static in extraction. One tough season in the carrot fields—drought, pests, temperature swings—and the incoming raw material fluctuates wildly. Beta-carotene drops, fiber spikes, and extraction yields sink. Over time, we refined supplier audits to check not only pasteurization and hygiene, but traceability of every farmed batch. On the line, in production, sensors monitor every drum’s color and viscosity, flagging irregularities before blending.
Loss of actives during extraction posed the next challenge. Some beta-carotene degrades when exposed to high heat and oxygen; the team responded by shifting tank stirring under nitrogen atmospheres, lowering oxygen pickup. Switching from stainless steel to glass-lined reactors prevented microprecipitation and pigment loss. This attention translates into darker, richer extract, with beta-carotene closer to what nature delivers.
We learned the pitfalls the hard way. Early batches suffered from precipitation after bottling—sediment gathering at the bottom after a few months, making the product hard to dose accurately and creating an uneven color in creams or capsules. This called for tighter particle filtering and adjusting viscosity modifiers derived from plant gums, not synthetic “feel enhancers.” Every round of troubleshooting improves output—customer complaints guided us to install finer QC inspections and batch sampling.
For manufacturers, every recall or batch inconsistency lands squarely on operations. Repeat bulk customers—especially in regulated markets—demand robust paperwork to support each drum’s identity, nutritional value, and safety. We handle this with batch tracking, visual lot coding, and a clear paper trail from field harvest through finished extract. Custom reports summarize the active content and any deviations spotted during quarterly reviews.
Traceability systems track from carrot to concentrate. Every field provides a history of crop rotation, pesticide usage, soil microbial testing, and environmental compliance certificates. The extract itself is never blended from multiple farms without documentation—mixing increases risk of cross-contamination and makes batch failure investigations far harder. From experience, on-site farm visits catch issues no lab can reveal: wilted plants, storage errors, harvesting at the wrong stage. These findings feed into our next season’s contracts and guide annual SOP updates in the plant.
Customer demands around “clean labels” and audit trails increase every year. Many of our buyers build private-label goods with high scrutiny: each ingredient must trace back to a named farm lot, harvested within a set window, and subjected to dual microbial screenings. System upgrades allowed us to deliver these granular reports in tandem with standard batch certifications.
Seasoned R&D chemists and food technologists rely on ingredient house stability—and on accurate, meaningful data. We believe in sharing all the information a creator might ask: full ingredient breakdown, microbe and heavy metals data, and a clear account of the extraction solvents and stabilizers used. No “proprietary blend” shields to disguise what’s inside. In return, we receive targeted feedback that shapes how we adjust product lines—sometimes rerunning entire batches to meet a new performance target or customer need.
In supplement and cosmetic markets, every formulator dreads ingredient drift between batches. Variability in pigment, viscosity, or sedimentation ruins large-scale production runs. We counteract this by limiting batch size and focusing on single-farm lots during runs for high-end customers. For larger batches, we stratify by farm group and keep production records live in our tracking system, flagged with any out-of-tolerance metrics. It keeps the process grounded and scalable even as demand surges.
Market trends shape everything in commodities, and carrot extract is no different. Customers ask pointed questions about organic status, fair labor, and sustainability. For us, this means upfront supplier certification audits and site inspections, instead of online paperwork exchanges and unchecked promises. Each batch meets non-GMO, vegan, and allergen-free standards—not as last-minute add-ons but as part of our baseline protocols.
Not every carrot extract carries these assurances. Bulk commodity buyers might face “organic” labeled products mixed with conventional carrot oil, or extracts diluted with unidentified carrier oils—problems that later surface in brand audits or regulatory checks. By managing extraction and blending in-house, we protect supply-chain integrity and fortify trust with direct buyers.
Our approach stays honest: if a bad weather year limits output, or an off-spec lot emerges, buyers know within hours. Transparency beats a delayed or off-spec shipment any day—for both production managers and brands with launch deadlines. Risk isn’t something to hide from; it’s best managed by sharing clear information.
Our investment in milder extraction and testing innovation continues as markets shift. Trace levels of minor phytonutrients—from polyacetylenes to falcarinol—earn more research attention, and consumer questions filter down to sourcing and extraction details. It matters whether a process preserves the full spectrum or strips the minor actives. As clinical studies grow regarding the benefits associated with the carrot family, we’re already collaborating with buyers in both supplement and personal care, tuning our batches for niche needs—low odor, boosted pigment, or even fortified with synergistic plant extracts as co-formulants.
Research also focuses on food security and environmental resilience. More carrot fields face erratic weather, shifting growing seasons, and unpredictable yields. By keeping supply lines local where possible, investing in farm-level climate adaptation—mulching, precision irrigation, soil health monitoring—we support both traceability and planetary responsibility. This feedback flows back into extraction decisions, pushing for ingredient efficiency, waste minimization, and a higher share of the all-important actives from every field kilogram processed.
Running a natural ingredient facility pulls us into day-to-day reality—machines jam, raw lots arrive short, staff balances hygiene with speed. There’s deep satisfaction in transforming crates of fresh carrots into a dense, vivid extract that excites formulators and brand owners alike. There’s also a quiet pride in knowing every batch aligns with standards set by years of market feedback, laboratory learning, and hands-on trouble-shooting.
Often, industry outsiders imagine extraction as a simple blend-and-bottle exercise. The truth sits in details: crop rotation calendars, cleanroom gowning, raw material pre-screening, and real-time batch monitoring. Mistakes up front—missed temperature targets, under-filtered lots—cost time and reputation. As a manufacturer with our hands in daily production, discussion about continuous testing, paper trail clarity, and batch-to-batch stability isn’t academic; it defines how we fulfill orders and build trusted relationships with customers spanning continents and end markets.
We welcome innovation: trialing new extraction aids, fine-tuning the solvent ratios, exploring emerging stabilizer technologies. Input from scientists and brand owners pushes us to experiment, improve, and adapt daily. That feedback loop never truly closes—it forms the basis for future versions of CX-318 and its potential new siblings.
Carrot Extract, as produced by a focused manufacturer, offers more than just color. It blends nature’s nutritional bounty, modern technology, and real-world quality control from field to finished product. Our CX-318 brings robust color, stable potency, and multi-market adaptability. From supporting premium skincare and clean-label foods to addressing global ingredient traceability, it leverages every lesson learned on our production floors and in partnership with client innovators. No shortcuts, no hidden additives, and every batch supported by science—not just sales talk.