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HS Code |
498237 |
| Name | Rose Extract |
| Origin | Rosa species petals |
| Color | Pale pink to colorless liquid |
| Scent | Floral, sweet, and fresh aroma |
| Solubility | Soluble in alcohol and oils, partially in water |
| Main Components | Phenolics, flavonoids, citronellol, geraniol |
| Uses | Cosmetics, aromatherapy, food flavoring |
| Extraction Method | Steam distillation or solvent extraction |
| Common Concentration | 1-3% in cosmetic formulations |
| Storage Conditions | Cool, dark, airtight container |
| Shelf Life | 12-24 months when stored properly |
As an accredited Rose Extract factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The Rose Extract comes in a 100ml amber glass bottle with a secure screw cap, labeled clearly with product and safety information. |
| Shipping | Rose Extract is shipped in tightly sealed, food-grade containers to preserve its aromatic and chemical integrity. Packages are protected from light, heat, and moisture, and clearly labeled for safe handling. All shipments comply with relevant transport regulations to ensure the product arrives intact and uncontaminated. |
| Storage | Rose 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 in a well-ventilated area and segregate from strong oxidizers or chemicals with reactive properties. Always use containers made of compatible materials, such as glass or food-grade plastic, to preserve quality and stability. |
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Purity 98%: Rose Extract with purity 98% is used in high-end skincare formulations, where it provides enhanced antioxidant protection and improved skin clarity. Stability Temperature 45°C: Rose Extract with stability temperature 45°C is used in thermal-resistant cosmetics, where it maintains active compound integrity under elevated conditions. Particle Size <10 µm: Rose Extract with particle size <10 µm is used in microencapsulated fragrance products, where it enables efficient controlled release and prolonged scent. Moisture Content <5%: Rose Extract with moisture content <5% is used in powdered supplements, where it ensures long-term shelf life and prevents caking or degradation. Viscosity Grade 150 cP: Rose Extract with viscosity grade 150 cP is used in premium serums, where it provides smooth application and optimal spreadability. Solubility in Ethanol >95%: Rose Extract with solubility in ethanol >95% is used in alcohol-based perfumes, where it facilitates rapid dissolution and homogeneous fragrance blending. Total Phenolic Content ≥200 mg/g: Rose Extract with total phenolic content ≥200 mg/g is used in anti-aging lotions, where it delivers potent free radical scavenging activity for skin rejuvenation. Melting Point 70°C: Rose Extract with melting point 70°C is used in solid cosmetic bars, where it supports structural stability and ease of processing. Color Intensity E440 nm >0.500: Rose Extract with color intensity E440 nm >0.500 is used in natural colorant applications, where it imparts rich and consistent pink hues to formulations. Residual Solvent <0.01%: Rose Extract with residual solvent <0.01% is used in certified organic beauty products, where it ensures consumer safety and regulatory compliance. |
Competitive Rose 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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In the work of chemical manufacturing, few products bridge tradition with science as harmoniously as rose extract. Having worked with plant-derived ingredients over the years, it’s hard not to appreciate the intricacies each harvest brings to our doors. Rose extract has grown in demand, finding its way into the formulas of personal care, pharmaceuticals, and food products alike. We produce ours in liquid and fine powder forms, concentrating the natural actives that set high-grade Turkish Rosa damascena or Rosa centifolia petals apart from many of the more commercial extracts. At our facility, each batch is standardized to guarantee a stable concentration of the primary aroma components—citronellol, geraniol, and phenylethyl alcohol—something many off-the-shelf options can’t promise with the same reliability.
Every producer faces choices in extraction methods. We favor low-temperature ethanol extraction because it keeps delicate volatiles like nerol and damascenone intact. Supercritical CO2 runs offer another angle; we reserve these for specialty lots where ultra-clear odor profiles matter most, such as for premium skincare or beverage applications. Our solvent residues test consistently below global regulatory limits, and the absence of polar solvents like methanol or acetone is a point of pride. You’ll often see cheaper versions with faded color, or a trace bitter undertone—tell-tale signs of overheating or carrier contamination. Purity isn’t just a marketing claim; analytical chromatography confirms it.
Scaling up from benchtop flasks to full-scale reactors reveals surprises that you don’t read about in journals. The pH swings, seasonal shifts in raw material aroma—these small details can make or break a customer’s finished product. Years ago, a food producer shared concerns about erratic batch-to-batch flavor. We re-examined our filtration steps: fiber content, insoluble waxes, even trace minerals influence clarity and solubility. After tweaking the rotary vacuum filter speed and tightening raw petal sourcing, their flavor houses no longer reported haze or off-notes. It’s the daily work behind the scenes that raises a manufacturer’s extract above commodity-grade goods passed through multiple hands.
Not all rose extracts are the same. Synthetic blends and unnamed species dominate mass-market listings. Natural rose extract, as produced in our facility, brings clarity to the ingredient list and reliably supports clean-label claims. A key focus remains the content of the phenolic fraction—not only does this influence aroma, but it has been linked in published studies to antioxidant activity at levels comparable to vitamin C. Our powder form dissolves readily in hot solvents and disperses in chilled alcoholic mixers; minimal sediment means fewer challenges during emulsification or bottling. This reliability makes it easier for our customers to develop signature formulas without reformulation headaches caused by inconsistent suppliers.
Personal care formulators look for extract clarity and low bioburden. High endotoxin levels signal problems somewhere upstream—be it inadequate drying of petals or cross-contamination in transport. Because we control our chain from on-field collection through in-house sterilization, our extract passes stringent microbial tests without heavy reliance on post-extraction preservatives. This allows soap, lotion, and serum makers to keep their ingredient decks simple. In food and beverage, clean floral notes can be elusive. We’ve supported small distilleries in replicating a classic rosewater vodka, where true-to-flower taste and clarity let the spirit shine alone or in blends. On the pharmaceutical end, robust documentation supports applications in throat lozenges and demulcent syrups; we maintain allergen statements and pesticide residue panels, tracing each production batch to its harvest lot.
Reliability in specification goes beyond numbers on a sheet. Our rose extract typically shows a refractive index in the 1.455–1.470 range and contains residual ethanol below 0.9%. Sourcing petals at optimal timing, right after dew evaporation but before midday wilting, locks in key volatiles; this gives our batches a consistent light ruby hue and a forward top note in scent testing. Physical parameters like moisture content impact powder stability—too high and spray-dried lots can cake or clump, affecting dissolution. After experimenting with various carrier agents, we settled on maltodextrin for its neutral profile and minimal impact on hydration or texture in finished products. For clients needing vegan, allergen-free, or non-GMO status, our paperwork trails stand up to international audits repeatedly.
Rose extract may invite comparisons with more common botanicals like chamomile or lavender. These plants bring their distinctive terpene profiles, but in direct use tests, rose’s dominant alcohols and esters deliver an unmistakable signature even at low parts-per-million. In flavor development, some try to mimic rose aroma by blending geranium or palmarosa fractions, but an experienced nose can spot the difference; even the mouthfeel shifts, since rose extract carries a subtle oil body absent from most distilled alternatives. Our customers in Middle Eastern confections remark how a simple syrup, built with actual extract rather than synthetic flavor, picks up nuance in both aroma and aftertaste. Similar lessons apply in fragrance, where only natural rose can yield the full “heart” note that persists long after other perfumes fade. Quality distillation recycles spent petals into natural hydrosol as a valuable secondary product, further distinguishing genuine manufacturers from re-bottlers.
Few raw materials can disrupt production quite like rose petals—weather, geopolitics, and farming practices shift supply in ways more stable crops don’t. Heavy rain during harvest knocks down yields and dilutes oil content. Years of working with agricultural partners have taught us the need for regional balancing; we contract with growers across both Anatolia and the Fars Province, ensuring each season’s blend modulates minor defects in aroma or color. Some seasons, trace pale yellow petals slip in, lending a honey tone that shifts the bouquet. These aren’t defects—they’re part of working with a living raw material. We log each change and coordinate with downstream formulators so there are no surprises in finished goods. This approach prevents the panic buying or batching errors commonplace among less prepared suppliers.
Many buyers underestimate the regulatory scrutiny around natural extracts intended for food or pharmaceuticals. Rose extract must not only conform to national pharmacopeia standards; in our industry, European codex and US FDA guidelines set benchmarks for allowable contaminants: much tighter than those for cosmetic-use-only products. Sulfite traces, fungal markers, and pesticide residues are watched by regulators. Over the years, we’ve paid close attention to evolving norms—retaining a compliance officer and investing in trace metal/GC-MS testing so our output remains export-ready. For our customers selling across borders, these records protect their brand and ensure continued market access.
Over the last decade, wellness and beauty standards have shifted, and the market for pure plant ingredients has grown. Many corporate procurement teams now set detailed transparency requirements, sometimes beyond existing legal regulation. They want to know not only the country of origin but the field, the grower, and the exact date of harvest. Our team keeps digital lot logs, ties harvests to chemical fingerprints, and provides origin transparency for major contracts. We find end users—especially in luxury personal care and beverage—are moving toward closer ingredient scrutiny. Demand for organic certification has more than tripled in the past five years, and we’ve shifted sourcing strategies to supply both conventional and certified-organic SKUs. Most extract resellers can’t provide this level of oversight, particularly if they rely on brokers or multiple outside processors.
Production pressure fluctuates with global trends, supply chain hiccups, and regulatory changes. In the past, the industry has relied on spot buying to offset shortages, often at the expense of consistency and quality. Years of setbacks taught us the value of multi-year partnership contracts with farmers—this builds not only volume assurance but strengthens local agriculture. We finance early planting, share weather monitoring data, and offer pre-harvest bonuses for on-time delivery of high-quality petals. This incentivizes our agricultural partners and smooths out raw material swings. Downstream, we run at smaller batch sizes and staggered production cycles. This flexibility lets us respond to the real rhythm of harvests instead of being forced into massive single-lot runs that risk oxidation or quality drops. Investing in these fail-safes keeps our extract on spec and reduces downtime or customer backorders.
Rose growing and extraction come with environmental footprints. With water scarcity rising in some regions, we’ve worked with suppliers to move toward smart irrigation, minimizing runoff and improving yield-per-liter. Our plant has updated condensers and recycles process heat from distillation, cutting energy consumption without compromising the integrity of the raw aroma fraction. A portion of our spent biomass finds new life in compost or biogas initiatives at the local level, reducing landfill and supporting local circular economies. Good working relationships with farming communities matter; we provide training in sustainable cultivation and offer safety bonuses for compliance with responsible pesticide use. Beyond compliance, this approach builds joint accountability up and down the supply chain.
We often consult with product developers on technical fit, not just ingredient supply. Startups and established formulators approach us for troubleshooting unusual use cases: ultra-low moisture gummies, clear alcoholic beverages, or soaps with challenging emulsion matrices. With each project, we run pilot blends and stress tests—higher heat holds during confectionery cooking, or ethanol compatibility trials for natural perfumery. Years ago, one customer struggled with phase separation in a botanically flavored oil; working together, we identified a finishing step that stabilized their blend, letting them launch nationally. Feedback like this informs our own process development, making the extract more versatile and user-ready with each season.
Having direct control over field selection and processing shapes the extract’s quality and consistency. Traders or intermediaries rarely see the ground-level detail: the early-morning petal cues, or how to time the wash water for optimal residue removal. As producers, we choose equipment design, manage batch records, and tie outcomes directly to our investment decisions. This oversight not only yields a finer end product but allows for rapid troubleshooting—if an anomaly arises, we can dive into every production log or review chromatographs from every step. This ability to act, rather than wait for a third party, means our partners stay updated and supported instead of reacting to surprises late in their own production chain.
Plant extracts remain a technical art, balancing nature’s variability with industrial precision. Demand for rose extract grows as both established and emerging brands seek provenance and performance, whether for a delicate mouthfeel in drinks, proven purity in pharmaceuticals, or irreplaceable aroma in fragrance. As a manufacturer, it pays to detail every variable, listen to feedback, and adapt both in the fields and in the plant. Our journey with rose extract reflects decades of hands-on learning, cross-disciplinary partnerships, and a drive to set standards in a field where nature presents new challenges every season. By staying connected to the source, investing in technology, and fostering transparency, we’re building the future of plant-based ingredients—one harvest, one batch, and one satisfied customer at a time.