|
HS Code |
688183 |
| product_name | Cinnamomum Cassia Extract |
| botanical_source | Cinnamomum cassia |
| plant_family | Lauraceae |
| active_compounds | Cinnamaldehyde, coumarin |
| form | Powder |
| color | Brown |
| flavor | Sweet and spicy |
| solubility | Water and alcohol soluble |
| extraction_method | Solvent extraction |
| common_uses | Flavoring, supplements, cosmetics |
| storage_conditions | Cool, dry place |
| country_of_origin | China |
| appearance | Fine powder |
| aroma | Strong cinnamon scent |
| CAS_number | 84649-98-9 |
As an accredited Cinnamomum Cassia Extract factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Cinnamomum Cassia Extract, 25 kg net weight, packed in a double-layered food-grade polyethylene bag inside a sturdy fiber drum. |
| Shipping | Cinnamomum Cassia Extract is shipped in sealed, food-grade containers to ensure product integrity and prevent contamination. The extract is typically transported in cool, dry conditions, away from direct sunlight and moisture. Standard packaging options include drums, tins, or bottles, with labeling compliant with GHS and regulatory requirements for safe handling and delivery. |
| Storage | Cinnamomum Cassia Extract should be stored in a cool, dry, and well-ventilated place, away from direct sunlight, heat sources, and moisture. It should be kept in a tightly sealed container to prevent contamination and degradation. Avoid exposure to strong oxidizing agents and store at room temperature, ensuring the area is free from incompatible substances to maintain quality and safety. |
Applications of Cinnamomum Cassia Extract in Industrial ManufacturingOur Cinnamomum Cassia Extract supports a range of industrial manufacturing sectors that rely on botanical raw materials with verified composition and consistent functionality. As a manufacturer, we provide traceability and technical support from plant sourcing through extraction and quality control, enabling downstream clients to comply with global regulations while maintaining batch-to-batch consistency in their formulations. 1. Food and Beverage Flavor ManufacturingFlavor houses and beverage plants use standardized Cassia extract as a key ingredient to develop spice profiles in RTD teas, bakery fillings, and functional drinks. Our extract’s stable organoleptic profile and low coumarin content help companies comply with flavorings directives while maintaining quality during industrial thermal processing. Formulators adjust inclusion rates based on regional maximums for coumarin and desired aromatic intensity. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
2. Functional Foods and Dietary SupplementsIndustrial nutraceutical facilities incorporate cinnamon extract for its bioactive properties as a botanical supplement ingredient and fortification agent. Extract quality and potency standardization supports label claims and compliance with finished product registration. Process engineers blend the extract with other botanicals using dry-mix or liquid extraction methods, maintaining potency declared on the C of A. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
3. Pharmaceutical Excipients and Herbal FormulationsPharmaceutical manufacturers leverage our extract as an herbal excipient or API component in traditional and phytomedicinal formulas. The standardization of essential oil and polyphenol profiles guarantees adherence to pharmacopeial requirements and batch reproducibility. Downstream blending occurs in dedicated herbal GMP lines, subject to validated cleaning and traceability. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
4. Fragrance and Aromatics ManufacturingPerfumery and home care fragrance manufacturers rely on controlled-coumarin Cassia extracts to impart warm, spicy top notes for consumer and industrial formulations. Consistently fractionated extract assists in meeting global fragrance standards and regulatory fragrance allergen labeling. Fragrance compounders measure extract addition by GC-verified olfactory thresholds to maintain product profiles batch after batch. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
5. Agricultural Bio-Control FormulationsProducers of biopesticides and crop protection agents use the extract’s natural cinnamaldehyde content as an active ingredient for repellency and mild antifungal properties. Agricultural input formulators carefully balance concentrations to meet regional pesticide regulations while maintaining phytotoxicity safety for diverse crops. Extract properties require QC validation for active content and absence of contaminants before tank-mix inclusion. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
6. Oral Hygiene and Toothpaste ManufacturingToothpaste and mouthwash producers select Cassia extract for characteristic spice notes and supplementary antibacterial activity, supporting both flavor profile development and authenticity claims for herbal oral care lines. All batches undergo HPLC fingerprinting to verify low allergen content and compatibility with abrasive and fluoride systems during blending and high-shear mixing processes. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
|
Competitive Cinnamomum Cassia 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
Flexible payment, competitive price, premium service - Inquire now!
Walking through our extraction facility, the steady surge of fresh, dried cassia bark meets the earthy scent of cinnamon oil every morning. Our team has worked with Cinnamomum cassia for years, watching the demands of food, beverage, and health industries shape how we handle every kilogram of bark. Even before new requests came in for higher-purity extracts or cleaner labels, we had deep respect for the complexity of this traditional ingredient. Our approach follows what we’ve learned from trial and error, listening to long-term partners, and spending time with technical specialists on both sides of the process.
Cinnamomum cassia extract comes directly from the bark of Cinnamomum cassia, a close cousin to Ceylon cinnamon and used for centuries in East Asia. In our operations, we focus on water and ethanol extraction. This keeps the process as clean and straightforward as possible. The resulting reddish-brown powder or viscous liquid provides a concentrated source of the natural aromatic compounds that define quality cassia products. Our primary models include 10:1, 20:1, and standardized 10% polyphenols grades. Bulk buyers active in beverage and flavoring industries show the highest interest in the 10:1 and 20:1 powder because of its robust flavor. The polyphenol-standardized version often draws attention from health product formulators. Granularity and color change based on extraction ratio and processing time, so we keep close watch on every batch, always doing comparison tests in our own sample kitchen to make sure consistency holds up over time.
Extraction methods greatly affect not only the purity, but also what ends up preserved in the final extract. Over years of scaling up the process, our team found that water extraction pulls a broader spectrum of soluble polyphenols from cassia, including cinnamic acid, coumarin, and cinnamaldehyde. Ethanol extraction draws out both polar and non-polar components, resulting in a deeper, more full-bodied aroma and taste. We kept away from chemical solvents and unnecessary additives—not because of trends or regulatory shifts, but because our own test runs showed undesirable notes in the aroma and sometimes even safety concerns. We learned to monitor for residual solvent levels, microbial contamination, and heavy metals before allowing anything to ship to a client, since this kept both our customers and our reputation intact.
There’s a real difference between Cinnamomum cassia and Cinnamomum verum (true cinnamon). Most extract found in industrial and food applications uses cassia due to higher essential oil content, a stronger, spicier scent, and greater heat stability. Cassia’s higher coumarin content has stirred debate, but provides the characteristic pungency and warmth that major food companies demand for beverages, baked goods, and even savory sauces. We frequently receive requests from R&D teams who tried both species and needed cassia for shelf life, price, and flavor profile. In head-to-head testing, Cinnamomum verum offered milder, sweeter notes but lacked the backbone needed to anchor strong spice blends. This is why most commercial products rely on cassia rather than verum unless labeling requires otherwise, a fact confirmed by our regular customer feedback and in-house QC panel sessions.
Visiting our customers’ production lines tells the real story of where our extract ends up. In soft drink facilities, cassia extract delivers flavor consistency session after session, tolerating pasteurization and aseptic processing. In snack and cereal plants, the powder mixes easily with sugar and starch blends. R&D bakers come to us for samples that fit strict cost-per-serving formulas without sacrificing impact in finished products. Even industrial chefs in sauce and meat processing facilities have adopted our liquid extract as an easy, scalable way to introduce a warm, aromatic kick. Beyond the food sector, supplement manufacturers look at high-purity models for antioxidant or blood sugar products, guided by research highlighting the potential benefits of cassia polyphenols. Export buyers from the Americas and Europe often request allergen-free guarantees, which we can back up with internal lot testing and supplier traceability. Any product batch that falls outside defined standards simply goes back for reprocessing—our in-house standards outpace the general commodity market.
Over the last five years, traceability, clean labels, and regulatory scrutiny changed our operating environment. We used to rely on spot market bark, but shifts in pesticide controls and coumarin regulations forced a deeper relationship with our raw material suppliers. We started spending more time at origin, training harvesters to sort bark by maturity and moisture content before drying. Separate drying facilities gave us more control over pesticide residues and fungal contamination, especially as global partners implemented strict import standards. When updates came from food safety authorities abroad, such as maximum coumarin levels in the EU, our QC team quickly ran risk assessments and batch testing. This helped us guarantee batch certifications with detailed documentation rather than relying solely on external testing labs, which often took too long or missed critical details. Feedback from demanding customers keeps our laboratory staff sharp, ready to troubleshoot deviations in polyphenol or volatile oil levels, since even small shifts impact product performance in finished applications.
In the early days, food companies mainly cared about aroma and cost. Now, brand owners ask about sustainable growing, pesticide use, and labor practices, pressing us for transparent answers beyond the latest certificates. Direct conversations with buyers reveal a rising appreciation for origin story and traceable authentication. Some buyers, especially from nutraceutical sectors, run their own fingerprint chromatography to verify marker compounds, pushing us to align our own lab data with third-party confirmation. E-commerce vendors want finished goods that meet Amazon or Alibaba platform rules, with allergen statements and batch-specific trace documents to prevent import holds or returns. This changed our document workflow—every extract lot we ship comes with internal tracking from bark procurement through warehouse receipt to packed drum.
From harvest through grinding, extraction, and drying, every production stage can alter the outcome. Early mistakes with over-dried bark taught us never to accept off-color or crumbly raw material. Engineers refined extraction times and temperatures after trial runs showed diminished volatile oils with extended heating. Every lot runs through HPLC and GC-MS testing for polyphenol, cinnamaldehyde, and coumarin levels. We back up every analysis with physical retention samples in a climate-controlled archive. If a product doesn’t pass our own thresholds, it doesn’t move forward—even urgent customer timelines don’t override this rule. Audits from food multinationals sometimes push us to layer on extra QC steps, such as microbial or heavy metal sweep testing on every batch. Our strongest relationships rely on open communication—clients trust that we’re only as good as our last delivered drum or tote.
Buyers in the beverage sector most often request spray-dried powder for its easy dispersibility in both hot and cold processes. Health supplement customers take a closer look at standardized extract for use in capsules or tablets, favoring tightly controlled polyphenol content as proof of consistency. Liquid extract, although less common than powder, remains vital for crafting concentrated syrups or caramel bases. We adjusted models and packaging as customer habits evolved, switching to food-grade drums with tamper-evident seals, and later adding smaller custom packs for startups testing new product lines. In our view, flexible packaging remains as important as the extract itself for long supply chains or customers handling smaller lot sizes. Internal feedback from our logistics department spurred us to invest in more robust packaging solutions, preventing caking, oxidation, or accidental cross-contamination that once led to project delays or reprocessing.
Sourcing bark might sound straightforward but brings its own set of headaches. Rainy spells in Guangxi or shifting export quotas from Southeast Asia can bottleneck delivery windows. By keeping a close network of cooperative farms and local processors, we reduce supply interruptions. Storage capacity matters: we keep large reserves of dried bark under controlled conditions rather than relying on just-in-time practices. Tough years—such as times of export restrictions—pushed our sourcing team to develop parallel networks, ensuring our clients rarely feel the volatility so common in agricultural commodities. When needed, we reallocate bark for high-value or long-term partners, putting reliability first. Our neighbors in flavor manufacturing occasionally face "out of stock" messages from traders or brokers, but our vertical integration usually insulates us from the worst disruptions.
Like any process founded on agricultural input, we face ups and downs. Mold risk can spike during an unusually humid drying season, so we invested heavily in expanded drying and aeration facilities. Variability in bark age and thickness means our yield calculations shift each harvest, so operators keep close records and adjust extraction runs on the fly. A few years back, unexpected quality issues in one batch led us to overhaul the entire incoming material sorting step, including additional screens and extra visual checks. Ongoing feedback from large beverage and food partners, especially those launching new products with global reach, pushed us to trial rapid-testing kits for coumarin as an extra checkpoint. These measures didn’t come from regulations or audits—they arose from on-the-ground knowledge that even minor lapses could delay entire supply chains.
Active investment in R&D drives our future planning. We run test batches with novel natural preservatives, hoping to extend shelf life without shifting taste. Pilot projects explore how adjusting extraction solvents or temperatures could intensify active marker yields, aiming for higher bioactive concentrations with less bark input. Our R&D chemists work closely with pilot customers looking to develop hybrid flavor/nutraceutical products, blending cassia extract with complementary spice or fruit extracts for unique taste and function claims. In response to a new wave of demand from reduced-sugar beverage formulators, we began work on boosting specific sweet-top notes to provide more impact with smaller usage rates. This process isn’t always straightforward; traditional wisdom from longtime staff often rivals what the lab suggests, blending practical handling tips with technical enhancements. We consider ongoing R&D feedback from our own production lines truly valuable, sparing us the pitfalls of theories divorced from hands-on experience.
Consumers and regulators have become more vigilant about food safety. Our facility follows strict preventive controls and traceability from field to drum, which has allowed us to meet even the shifting requirements of international food safety standards such as FSMA and FSSC. We conduct allergen checks in-house and guarantee every batch stands free from gluten, shellfish, or major declared allergens. This did not arise merely from paperwork; early in our growth we faced a situation with cross-contamination, leading to more rigid compartmentalization in our handling spaces and staff training. After implementing these safeguards, we noticed fewer non-conformance reports, smoother export clearances, and better customer satisfaction metrics—all critical to long-term growth. Getting ahead of food safety threats with proactive controls forms the backbone of our manufacturing approach.
Working with cassia means maintaining good relationships across rural sourcing regions. We directly support grower training, both by funding workshops on sustainable bark harvesting and by paying fair premiums for cleaner, mature product. Buyers frequently ask about labor practices and community impact; we’ve witnessed firsthand the benefits of steady, fair contracts for rural partners—better family incomes, improved retention of trained harvesters, and less pressure on younger, developing trees. Using more selective bark removal techniques lessens stress on trees and promotes healthier yields the next cycle, an approach validated by collaborating with local agricultural experts. We track every lot not only for technical specifications but for its local sourcing story, increasingly important for global partners invested in supply chain ethics as much as finished product specs.
Relationships with downstream partners shape our ongoing improvements. Direct, frequent feedback from flavor houses and packaged food brands helped us refine extraction ratios and solvent choices. Cases where a partner’s product line changed direction mid-year required agile runs and sometimes late-night adjustments. Our open feedback loop with bottlers and ready-to-eat food companies ensures we spot emerging issues—such as a change in pasteurization protocols or ingredients lists—before they become big problems. We take pride in sharing production insights and troubleshooting advice, often finding that the next good idea comes from a brief phone call or an urgent email from someone close to the finished-product line.
Making Cinnamomum cassia extract at scale means more than just operating equipment or meeting minimum benchmarks. Small producer missteps—such as poor-quality bark acceptance, temperature mismanagement, or loose paperwork—can snowball into lost time, money, and trust. By keeping production in our own hands and listening closely to customers, we stay nimble to market changes and build durable value for both customers and rural sourcing partners.