|
HS Code |
214526 |
| Product Name | Extract Of Fructus Aurantii |
| Botanical Source | Citrus aurantium |
| Common Names | Bitter orange extract, Zhi Shi extract |
| Part Used | Unripe fruit |
| Appearance | Brownish-yellow powder |
| Active Compounds | Synephrine, flavonoids, alkaloids |
| Main Function | Digestive aid |
| Solubility | Soluble in water and ethanol |
| Extraction Method | Solvent extraction |
| Storage Conditions | Cool, dry place away from direct sunlight |
| Traditional Usage | Used in traditional Chinese medicine |
| Purity | Typically ≥98% extract |
| Shelf Life | 2 years when properly stored |
| Safety | Generally considered safe in moderate doses |
| Odour | Characteristic, slight citrus scent |
As an accredited Extract Of Fructus Aurantii factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Extract Of Fructus Aurantii is packaged in a sealed, amber glass bottle, 500 mL, with tamper-evident cap and clear labeling. |
| Shipping | Extract of Fructus Aurantii is generally shipped in tightly sealed, food-grade containers to preserve its quality and prevent contamination. It should be stored in a cool, dry place, away from direct sunlight and moisture. Proper labeling and documentation must accompany each shipment, complying with international and local shipping regulations. |
| Storage | Extract of Fructus Aurantii should be stored in a tightly sealed container, protected from light, moisture, and direct heat. Keep it in a cool, dry place with good ventilation, away from incompatible substances and strong oxidizers. Ensure the storage area is clean, labeled, and adheres to proper safety standards to maintain the extract’s stability and efficacy. |
| Purity 98%: Extract Of Fructus Aurantii with 98% purity is used in pharmaceutical formulations, where it enhances active compound delivery efficiency. Particle Size < 10 μm: Extract Of Fructus Aurantii with particle size less than 10 μm is used in nutraceutical powders, where it improves dissolution rate and bioavailability. Stability Temperature 80°C: Extract Of Fructus Aurantii stable at 80°C is used in hot-fill beverage production, where it maintains flavonoid integrity during processing. Viscosity Grade Low: Extract Of Fructus Aurantii with low viscosity grade is used in liquid dietary supplements, where it ensures uniform suspension and easy administration. Moisture Content < 2%: Extract Of Fructus Aurantii with moisture content below 2% is used in solid functional foods, where it increases shelf-life and prevents microbial growth. Citrus Bioflavonoid Content 50%: Extract Of Fructus Aurantii with 50% citrus bioflavonoid content is used in antioxidant formulations, where it provides high free radical scavenging capacity. Molecular Weight 350 Da: Extract Of Fructus Aurantii with molecular weight of 350 Da is used in dermocosmetic creams, where it allows efficient skin absorption and rapid action. pH 4.5–5.0: Extract Of Fructus Aurantii with pH between 4.5 and 5.0 is used in oral care products, where it maintains formulation stability and compatibility with mucosal tissue. Heavy Metal Content < 10 ppm: Extract Of Fructus Aurantii with heavy metals below 10 ppm is used in pediatric supplements, where it ensures safety and compliance with regulatory standards. Oil Solubility: Extract Of Fructus Aurantii with high oil solubility is used in lipophilic vitamin blends, where it promotes homogeneous dispersion for enhanced nutrient delivery. |
Competitive Extract Of Fructus Aurantii prices that fit your budget—flexible terms and customized quotes for every order.
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For over two decades, countless batches of Fructus Aurantii have run through our processing lines in all seasons. Growing, harvesting, slicing, drying, and extracting—the whole circle becomes more than a production flow; it forms part of who we are as a chemical manufacturer. Our Extract of Fructus Aurantii, sometimes referred to as Bitter Orange extract, comes straight from the fruit of Citrus aurantium L. Each season, we select ripe fruit at precisely the right time, keen on the sharp aroma and the smoothness of the peel. Older trees lend more complex chemical nuances, so we prefer working with trusted growers with a consistent orchard tradition.
After thorough washing and sun-drying, we bring the fruit into the extraction workshop. Here, our team prepares a water-alcohol solvent for percolation—no shortcuts, no generalizations. Using a low-temperature extraction, we preserve the core volatile components and flavonoids, with special attention given to naringin, hesperidin, and synephrine. Batch logs trace every step, listing times, yields, and all measurements. Many customers ask why some extracts feel more potent or have deeper color; it’s not a mystery—changes in moisture, source orchard, and care in post-harvest handling make a difference most only notice after years of practice.
We’re sometimes asked to produce both fine powder and coarse grades. Our main offering carries the model code FA-EX180, with a mesh size of 80–120, yielding a fine, pale yellow powder. The typical naringin content measures 3–8%, depending on the run. Higher-purity options exist for specialized pharmaceutical processes, but most users appreciate the naturally diverse fraction of small-molecule flavonoids, which various literature sources tie to digestive and circulatory support.
Clients frequently use our extract in health supplements and functional foods. Each year, inquiries about “synephrine content” spike around regulatory news, since standardization appeals to health-product developers seeking repeatability. Our technical team monitors each lot and explains actual measured values, rather than relying on broad-range estimates. Not every extract houses the same molecular spectrum: some batches tilt toward bitterness, others accent more floral compounds. By scheduling spot-checks during processing, we improve both stability and transparency.
Extraction is not only about what to include, but what to leave behind. A residue left in the plant’s fiber can muddy a finished product and affect dissolution. We use centrifugal clarification after each run and maintain a strong filtration step. The result is a powder free of coarse, fibrous residues—a detail that lets R&D labs skip extra sieving during tablet or capsule blending. Health-product companies tell us they notice fewer clogging issues with our extract compared to some resins or spray-dried alternatives.
Among our biggest customers are nutrition developers working on digestive tablets, circulation support capsules, and formulations targeting metabolic wellness. In our own discussions, quality directors stress the value of a product retaining trace essential oils, since these compounds often upload alongside the flavonoid matrix and give definitive character to a finished supplement. Pharmaceutical-grade extracts, which face the most scrutiny under regulation, require a consistency that comes only from monitoring solvent ratios, contact times, and the pressing force during the final drying step.
Food applications call for different properties. Bakeries use our powder as a stabilizer for candied fruit slices or lemon cakes, for its subtle bitterness and ability to cut sweetness. Some beverage companies rely on our extract to balance citrus-themed drinks, preventing syrupy flavors and providing a cleaner finish. Our production engineers advise mixing the extract into hot syrup or base liquid, not just for flavor extraction but for better solubility.
Not all citrus extracts share the same chemistry. Many resellers use terms like “Citrus Bioflavonoids” loosely, blending multiple citrus by-products. Our extract keeps a fingerprint unique to Fructus Aurantii, distinguishable from standard orange peel or grapefruit-based fractions. This detail matters, especially for scientific research or regulatory submission. Naringin and synephrine make up a significant component in Fructus Aurantii, while standard orange peel powder carries mostly hesperidin and minor polymethoxylated flavones. These differences play out in both clinical performance and product stability.
Some practitioners shy away from pure naringin due to its intense bitterness and possible interactions. Our powdered extract preserves a balanced profile, letting supplement formulators maintain palatable dosing without overly masking taste. Compared to grapeseed or lemon extracts, which show higher tannin content and astringency, Fructus Aurantii delivers a milder finish—something that matters in chewable tablets or powders blended into beverages.
As manufacturers, every handler in our facility completes training on traceability and cross-contamination. We send regular documentation to regulatory bodies, harmonizing with food and dietary supplement standards. For sensitive buyers, we clarify our process avoids the use of sulphites or synthetic colorants. Each production run includes batch records, heavy metal removal steps, and residual solvent checks, all outlined in on-file validation protocols. We retain samples from every lot for two years, to help address any customer inquiries or perform retesting.
Allergen cross-exposure often causes concern for US and European markets. Our Fructus Aurantii line operates in a dedicated citrus suite, eliminating the risk of gluten or peanut traces. We worked with regional authorities to align labeling to current food additive statutes, and our documentation supports claims of being free from synthetic preservatives and artificial antioxidant blends.
Working with botanicals always means managing variation in active compound levels. Weather, harvest window, and storage time shape every input lot, so the manufacturing team keeps a rotation chart to match similar raw material across extraction cycles. To keep batches within narrow tolerance bands, our QCs watch flavonoid markers as well as moisture, pH, and volatile fraction. Nobody wants surprises at the tableting stage—our expert team screens for off-notes, pesticide residues, and unapproved additives, using both wet-lab and HPLC methods. When a client asks why seasonal differences appear in color or bitterness, we freely point to the actual crop, not some imagined “deficiency.”
Sometimes, extract users request “off-cycle” or pilot-lot batches to test unique specifications for a product launch. We explain our approach, sharing sample data from previous trials so buyers understand where transitions in flavor or solubility can arise. This transparency builds trust—clients can feed back their own QC test results, so both parties share the real production data.
In recent years, buyers want more transparency about the origin and environmental practices behind extracts. Our sourcing office spends many months each year in the field, choosing farms that practice low-impact pest control and avoid over-fertilization. Driving direct relationships with growers helps raise fruit quality, but it also keeps us updated on pest pressure, drought, or farm labor issues that can affect supply and price.
Reducing solvent use is another important initiative. We constantly trial recycled ethanol systems and invest in evaporators with lower energy demands. These upgrades mean less water and less volatile organic compound emission during peak production. For waste management, we compost the spent fruit pulp and peels, supplying a local agricultural cooperative. Our technical staff believes in measuring—not just stating—our progress, with detailed waste, energy, and solvent logs filed monthly for review.
Formulator requests have become more complex: each company asks for different actives, moisture specs, and granularity. Instead of promising broad custom fixes, we work case by case, guiding customers through what’s possible. For example, a brand targeting the Japanese market asked for a synephrine-rich extract with non-GMO certification and reduced bitterness. Instead of simply blending, our engineers tweaked extraction time and temperature, screened raw materials again, and ran taste trials until hitting the target profile. Not every experiment becomes a standard offering, but it teaches both us and our partners about how this botanical behaves under real-world processing.
Powder flow and blending always bring up issues at scale. A coarse mesh clogs lines, while a super-fine powder creates dusting that upsets workers farther down the line. We favor an 80–120 mesh powder for most users, balancing ease of dosing and dispersion with manageable handling for mixers and tablet presses. Any custom granulation presents time and cost implications, so we explain the trade-offs plainly at project start.
Markets evolve; so do demands. In the early 2000s, most of our extract went into digestive tonics and teas. Today, formulators use it for weight management blends, metabolic wellness capsules, and sports nutrition lines. Scientific journals frequently cite synephrine and bitter oranges for metabolic support or cardiovascular research. Our R&D staff keeps an active subscription to industry literature, sharing new findings with clients when relevant, and learning from how others evaluate safety and novel uses.
Natural ingredient trends often push buyers toward “clean label” and “free from artificial additives” specifications. Our extract, based on a simple alcohol-water plant extraction with no synthesizers, fits this market. For “vegan” or “vegetarian” applications, we regularly produce documentation for finished product audits. Keeping pace with changing certification demands, whether for Halal, Kosher, or organic status, drives continual updates to our SOPs and recordkeeping, and we freely share those changes with long-term partners.
Cost decisions shape everyone’s priorities, from formulators to end-users. Droughts in the growing regions or global demand for other citrus by-products often ripple through into higher prices and tighter supply for Fructus Aurantii. We resist cutting corners: raw fruit is always selected for maturity and minimal bruising, even if it raises input costs. Our philosophy is that a poor starting material can’t be “rescued” by process. Supply security also means keeping trusted logistics partners who understand time sensitivity and temperature stability. Despite more complicated border inspections in recent years, careful advance documentation prevents cross-border delays and keeps material in top condition.
Every extraction run teaches us something—a method tweak here, a better filtration screen there. The team maintains a running log of technical challenges solved over years of work, with honest, case-by-case records of performance, customer feedback, and shipment details. We hold internal review meetings around batch-to-batch consistency and audit every deviation so we stay transparent. Whenever a client flags a cloudiness in solution or a taste deviation, we circulate the findings and trace back through batch logs, rather than brushing off the question.
Advancing production technology becomes a question not only of machinery, but also of teamwork and shared commitment. We stay open to new ideas, take customer complaints seriously, and never hide from backward-looking analysis. As new extraction technologies appear—for example, pulsed electric field or enzyme-assisted extraction—we try bench trials and document both successes and failures. This attitude builds a workplace where process improvements get measured, talked over, and ultimately adopted.
Machinery and chemistry only tell half the story. Our team cares about details—how a batch smells, the hand-feel of the powder, the way the product mixes into a standard liquid solution. We document not only analytical results, but also small observations that never make a certificate of analysis. Our extract owes its quality as much to technician skill as to equipment design. During training sessions, new staffers shadow senior operators, learning to spot fermentation risk, degree of dryness, and signs of crop disease. This handoff of experience—generation to generation—anchors our production in daily reality, not only in lab values.
Long-standing client relationships depend on honest problem-solving. When a shipment goes sideways due to a port strike or transport delay, we lean into real-world fixes, not scripted excuses. Our personal experience, learned over years living and working at the intersection of field, lab, and transport, informs every lot that leaves our facility. This practical wisdom builds more than product; it creates bonds between manufacturer and partners, forming a community of mutual improvement.
Experience with Fructus Aurantii teaches respect for the plant, the people, and the production chain. In every batch we ship, clients tap into this heritage, not just a commodity. Our internal methods and customer-facing transparency grow from practical know-how, accumulated lesson by lesson, season to season. As markets deepen and regulatory landscapes tighten, the importance of real manufacturing experience rises. Our extract stands as the result—not of rebranding a base powder or chasing trends, but of long-term, hands-on engagement with one of nature’s most nuanced botanicals.
We invite partners to visit, question our methods, and share their own field experiences. Working in the intersection of tradition and innovation, our journey with Fructus Aurantii continues, batch after batch, each one shaped by weather, soil, and unbroken commitment to quality.