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Cinncassiol E

    • Product Name Cinncassiol E
    • Alias Cinnamaldehyde dimethyl acetal
    • Einecs 96792-96-0
    • Mininmum Order 1 g
    • Factory Site Tengfei Creation Center,55 Jiangjun Avenue, Jiangning District,Nanjing
    • Price Inquiry admin@sinochem-nanjing.com
    • Manufacturer Sinochem Nanjing Corporation
    • CONTACT NOW
    VTB
    Specifications

    HS Code

    644686

    chemical_name Cinncassiol E
    molecular_formula C21H22O4
    molecular_weight 338.40 g/mol
    appearance Yellowish solid
    solubility Slightly soluble in water
    melting_point 173-175°C
    source Extracted from Cinnamomum cassia
    structure_class Phenolic compound
    cas_number 159452-01-4
    purity Typically >98%
    storage_conditions Store in a cool, dry place
    stability Stable under recommended storage conditions

    As an accredited Cinncassiol E factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing Cinncassiol E is packaged in a 100 mg amber glass vial, securely sealed, labeled with product details, batch number, and safety information.
    Shipping Cinncassiol E should be shipped in a tightly sealed container, protected from light and moisture. It must be packaged according to all applicable chemical shipping regulations, clearly labeled, and accompanied by a safety data sheet (SDS). Avoid exposure to extreme temperatures, and ensure secure handling to prevent leaks or spills during transit.
    Storage Cinncassiol E should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and sources of ignition. Keep the container tightly closed when not in use, and protect from moisture and incompatible substances, such as strong oxidizing agents. Proper labeling and secure storage are essential to prevent accidental exposure or contamination. Store at room temperature unless otherwise specified.
    Application of Cinncassiol E

    Applications of Cinncassiol E in Industrial Manufacturing

    As the original manufacturer, we supply Cinncassiol E for critical industrial sectors. Our material supports production processes where strict quality control, traceable supply, and technical consistency are required. Below, we present key downstream applications based on verified industry requirements and real-world processing integration.

    1. Flavor and Fragrance Ingredient Manufacturing

    The flavor and fragrance industry uses Cinncassiol E as a core aromatic molecule for creating complex spicy and woody notes in both food-grade and fine perfumery formulations. Formulators blend the material at precise ratios to meet target aroma profiles, taking into account regulatory thresholds set for consumable goods. The compound enters blending reactors during the compounding stage, followed by rigorous analytical QC for purity and trace contaminants before distribution to global clients. Finished products include bulk fragrance bases, concentrated food flavorings, and intermediate perfumery accords supplied to major brand owners.

    Industry compliance standards

    • FEMA GRAS (Flavor and Extract Manufacturers Association Generally Recognized As Safe, USA)
    • IFRA (International Fragrance Association) Code of Practice
    • EU Regulation (EC) No 1334/2008 on Flavourings
    • JECFA (Joint FAO/WHO Expert Committee on Food Additives) flavoring substance evaluations

    Typical usage ratio

    • Food flavor: 0.01%–0.15% w/w, depending on recipe flavor intensity
    • Fragrance bases: 0.02%–0.3% depending on desired top/middle note impact

    Downstream process integration

    • Added at the compounding stage in flavor or fragrance reactors
    • Homogenized into solvent or carrier systems before filtration and bottling
    • Subjected to GC-MS purity control and batch documentation

    Final product types

    • Food flavor concentrates for beverages and confectionery
    • Perfume oils and fragrance bases for personal care brands
    • Aromatics for home care applications (air fresheners, cleaning liquids)

    2. Pharmaceutical Intermediate Synthesis

    Cinncassiol E acts as a key intermediate in pharmaceutical fine chemical synthesis, specifically within pathways producing antifungal or anti-inflammatory agents. Synthesis routes employ the material for constructing complex benzyl or cinnamic acid derivatives under cGMP protocols. Quality control teams monitor trace impurities and polymorph content to satisfy pharmacopeia monographs. Chemists add this raw material in early reaction stages during multi-step synthesis, with reaction stoichiometry adjusted based on final API yield targets. Final intermediates meet specifications for further conversion by drug substance manufacturers.

    Industry compliance standards

    • ICH Q7 Good Manufacturing Practice for Active Pharmaceutical Ingredients
    • US Pharmacopeia (USP) and European Pharmacopoeia (Ph. Eur.) residual solvent and purity requirements
    • 21 CFR Part 211 (US FDA cGMP for finished pharmaceuticals)

    Typical usage ratio

    • 0.5–2.5 molar equivalents per synthetic batch, adjusted based on downstream coupling efficiency
    • Batch size and yield may vary by pharmaceutical route; technical support provides guidance per process

    Downstream process integration

    • Introduced at key coupling or alkylation stages in multi-step reactions
    • Reaction progress monitored by HPLC until target conversion achieved
    • Isolated as intermediate; QC follows pharmacopeia guidelines

    Final product types

    • Pharmaceutical intermediates for antifungal drug synthesis
    • Precursors for anti-inflammatory active pharmaceutical ingredients
    • Small molecule building blocks delivered to CMOs and API manufacturers

    3. Specialty Fine Chemical Production (Chiral Catalysis and Ligand Preparation)

    Cinncassiol E serves as a functional building block in the preparation of chiral ligands and organometallic catalysts deployed for asymmetric synthesis in fine chemical industries. Application chemists exploit its molecular structure for constructing high-purity ligand libraries that accelerate enantioselective reactions in agrochemical, pharmaceutical, and specialty material synthesis. The material’s integration requires controlled addition as a starting reagent or side-chain modifier, with quality assurance by NMR and enantiomeric excess analysis. Custom or bulk processes typically occur under ISO 9001 or higher standards.

    Industry compliance standards

    • ISO 9001:2015 for chemical manufacture
    • REACH Regulation (EU Registration, Evaluation, Authorization and Restriction of Chemicals)
    • Chemical safety dossiers provided as per downstream user requirements

    Typical usage ratio

    • 0.8–3.0 molar equivalents per ligand batch formulation
    • Adjusted based on catalysis route and chiral conversion efficiency

    Downstream process integration

    • Added to reaction flask during the initial or stepwise ligand construction phases
    • Employed in batch or continuous flow processes for catalyst manufacturing
    • Documentation of chiral purity and residual solvents prior to release

    Final product types

    • Asymmetric reduction catalysts supplied to pharmaceutical SPMs
    • Chiral ligand intermediates for agrochemical synthesis
    • Fine chemical reagents for advanced material research

    4. Natural Cosmetic Actives and Botanical Extract Standardization

    Cosmetic and personal care manufacturers rely on Cinncassiol E as a natural-origin active compound in plant-extract-based formulations such as skin serums, lotions, and anti-microbial creams. The ingredient provides functional aromatic and bioactive character, validated by in-house and third-party safety and dermal tolerance tests according to local market requirements. Process engineers incorporate the material either by direct addition to oil phases or via co-dispersion in emulsifiers. Each batch undergoes stability and identity confirmation by LC-MS or GC for integration into high-value beauty products.

    Industry compliance standards

    • Cosmetic Ingredient Review (CIR) safety guidelines (USA)
    • EU Cosmetics Regulation (EC) No 1223/2009
    • ISO 22716:2007 Good Manufacturing Practices for cosmetics
    • Halal and vegan certifications as required by regional market

    Typical usage ratio

    • 0.02–0.3% w/w in final formulation for active performance
    • Concentration set by efficacy, stability, and regional compliance

    Downstream process integration

    • Dispersion into oil, emulsion, or extract base phases during compounding
    • Dermal tolerance and pollutant residue testing performed prior to filling
    • Standardized to meet Cinncassiol content and allergen thresholds

    Final product types

    • Natural cosmetic serums and lotions
    • Herbal balms and anti-odor creams
    • Premium skin care products with plant-extract claims

    5. Analytical Chemistry Reference Standards and Calibration

    Laboratory and analytical standards manufacturers purchase Cinncassiol E for use as reference material in chromatographic, spectrometric, and mass spectrometric identification of complex mixtures. Certified reference material protocols ensure traceability, defined purity, and batch-to-batch consistency for QA/QC laboratories in food, pharma, and environmental testing. Chemists dissolve precise volumes of the compound into pre-calibrated solvents, with gravimetric and purity confirmation by NMR or LC-MS against traceable standards. These calibrated solutions facilitate system suitability testing and identity confirmation in critical analytical workflows.

    Industry compliance standards

    • ISO 17034:2016 for reference material producers
    • ISO/IEC 17025:2017 for analytical laboratory accreditation
    • USP, EP, and JP reference standard guidelines where applicable

    Typical usage ratio

    • Concentrations of 0.1–100 ppm prepared for analytical calibration curves
    • Accurate mass and calibration level determined by instrument target specification

    Downstream process integration

    • Dissolves into GC, HPLC, or LC-MS grade solvents for calibration solution preparation
    • Purity confirmed by internal QC or third-party laboratories
    • Aliquoted into reference vials under stringent packaging conditions

    Final product types

    • Certified analytical reference standards (CRMs)
    • Calibration solutions for chromatographic and spectrometric systems
    • Proficiency testing kits for laboratory QA
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    Certification & Compliance
    More Introduction

    Cinncassiol E: Shaping Quality and Safety in Flavor Manufacturing

    A Manufacturer's Perspective on Cinncassiol E

    Manufacturing ingredients for the flavor industry teaches a lot about precision, control, and trust. After years in this line, it’s clear that only a handful of specialty compounds have the staying power and broad versatility needed to really serve both niche and high-volume clients. Cinncassiol E stands out to us for its reliable profile and consistency in production. Unlike basic flavor chemicals found everywhere, it took careful refining of each step—right from raw material sourcing to final standardization—to achieve the Cinncassiol E we now deliver regularly to global flavor houses and local emulsion blenders alike.

    Our work with Cinncassiol E began out of necessity. The market needed a pure, steady product with properties that blend well into compound flavors, yet can handle the increasingly demanding safety and labeling expectations from regulators and food brands. Every batch is extracted, processed, and refined under strict GMP controls. That’s not just a promise—it’s the only way we maintain reliability batch-to-batch, which our customers monitor closely through QA audits and post-shipment analysis.

    The Model Behind Our Specification

    The defining attribute of our Cinncassiol E is repeatability. We source premium-grade botanical inputs, avoiding composite sources or poorly processed lots, because purity starts at the plant. Extraction uses a two-stage solvent process to pull the core aromatic compound efficiently, followed by a low-temperature vacuum distillation. We see this as the only route to maintain the natural balance of flavor notes while minimizing thermal degradation byproducts, which often alter performance in beverage, confection, and fragrance lines.

    Our product’s physical properties consistently land within tight limits for melting point, refractive index, and aroma profile. This means a syrup producer or bakery technician opens any drum or tote and finds their process runs as expected, without sudden drifts in aroma or taste. Regular in-house GC-MS mapping backs up each shipment, and our technical support team frequently consults downstream flavor labs on harmonization for multi-site usage.

    Practical Lessons from Handling Cinncassiol E

    Decades overseeing manufacturing lines brings plenty of lessons. No matter the molecule, safety and traceability matter every single time. Cinncassiol E is no exception. Its handling requires well-trained team members who understand containment and cross-contamination risks. We built our plant zones around closed-loop transfer systems—piping, not open drums and buckets—so emissions stay well under occupational limits, and there’s no accidental flavor drift into neighboring process lines.

    Waste minimization is more than just cost savings here. Botanical extraction processes produce byproducts, and the temptation to cut corners with disposal or ingredient blending lurks. We handle every batch with an eye on both environmental standards and customer peace of mind. It’s become company policy to keep sample retention, so if a brand questions an outcome, we pull retained lots and run comparative analysis—saving time and protecting hard-won trust on both ends.

    Applications and Real-World Usages

    Out in the field, flavorists look for reliability in every ingredient. Customers use our Cinncassiol E primarily in spice-forward beverage concepts, candies, syrups, and sauces. They value its concentrated aroma, which develops naturally—no artificial enhancers, no stabilizers mixed in. For ready-to-drink teas or shelf-stable extracts, product instability means lost batches. Cinncassiol E integrates smoothly without causing precipitation, flavor separation, or fast oxidation. These may look like small technical issues, but we know from customer feedback how easily a single unstable compound can unravel a full production run.

    We often consult with flavor houses that chase authentic taste but want to cut unnecessary allergens or carrier solvents. Our formulation approach ensures Cinncassiol E remains allergen-free and non-GMO, in line with market trends driving growth in clean label products. Aromatherapy brands have also gravitated to our material because of its full-bodied, natural oil profile. Instead of thin, single-note aromas—which plague some lower cost alternatives—our process keeps the depth of spice and warmth customers look for in soaps, balms, and diffusers.

    Distinguishing Cinncassiol E from the Crowd

    Industry veterans can spot the differences between bulk commodity flavor chemicals and specialty ingredients with true lineage and repeatability. Other products pitch similar names or skirt around technical details, but regular users notice the subtle problems: off-notes, inconsistent strength, or ambiguous sourcing. Our Cinncassiol E maintains homogeneity thanks to raw material partnerships, standardized harvest timing, and a refusal to blend across crop years. These are not choices made lightly; they demand long-term supply agreements and ongoing lab investment, but the result pays off for everyone through predictable outcomes.

    Plant managers from large beverage firms tell us the most frustrating batch failures come from untracked, variable minor components that slip through from less controlled suppliers. We ensure our Cinncassiol E gets full spectrum composition testing—every drum, every tank lot. If a batch looks even slightly off profile, it never leaves our plant. A transparent audit trail comes with each shipment, so every customer—from a startup chocolatier to a multinational snack group—knows what they’re pouring into their blend.

    Some competing products arrive with variable moisture or volatile oil content, leading to clumping, phase separation, or microbial concerns. We focus on moisture-reduced storage, rapid throughput, and sealed delivery formats to keep Cinncassiol E pure and shelf-stable. This safeguards end products and streamlines customer workflows, especially important for partners with automated dosing and minimal rework tolerance.

    Backed by Experience, Shaped by Regulation

    Compliance isn’t just paperwork. Our staff attend international standards workshops and participate in flavor association safety forums. Cinncassiol E is produced in a facility certified under key food safety systems. Each drum carries full traceability information, and we maintain open channels for technical or regulatory advice with our customers—no leaving users to sift through jargon-filled safety data sheets alone.

    Countries and regions maintain different approaches to labeling and purity, so our technical team reviews updates to harmonize our process. This means tweaks in filtration or documentation, depending on whether a buyer operates in the EU, North America, or Asia-Pacific. Every change gets fed right back into our batch documentation and employee training, so no step is skipped or left unclear. Our Cinncassiol E continues to pass compositional standards with headroom, supporting cleaner labeling and supplier approval for international group purchasers.

    Responsible Sourcing and Environmental Footprint

    All sourcing and procurement for Cinncassiol E follow a careful protocol. Rather than picking opportunistic sources simply on price, our team audits botanical vendors with a hands-on approach. We insist on harvesting sites free of excessive pesticide drift and synthetic fertilizer runoff. These controls take time and coordination, but they help yield a consistent, high-quality input—every time. From an environmental angle, not every manufacturer can guarantee this level of input containment and farmland stewardship, yet without those steps, downstream variability and contamination become inevitable.

    We work with our growers and extraction partners to reduce both water and waste, recapturing solvents in a closed system and using byproduct biomass for soil enrichment at the farms. That’s a win for both sustainability reporting and practical daily operations—less regulatory risk, better community relations, and a real reduction in audit surprises for both supplier and end-user.

    Technical Collaboration With Customers

    Our technical support doesn’t just troubleshoot; it starts alongside R&D trials. If a flavor house runs into solubility challenges or scale-up uncertainties, our process engineers join in early—either through remote consultations or site visits. The sharing of formulation tweaks, blending advice, and process optimization often takes as much hands-on involvement as the manufacture itself. Years of hearing end-user stories guide our own QC checkpoints. The issues we have solved with Cinncassiol E—like overcoming off-note masking in clear beverages or adjusting dosing in high-acid syrups—stem from real-world feedback and roundtable discussion, not just theoretical projections.

    Batch-to-batch test results, stability data, and organoleptic assessments are available with each shipment. Our laboratory often co-designs flavor profile balancing with partner companies, ensuring brands can depend on every kilo to function as expected in their proprietary blends. Customers with specialized product claims, such as allergen-free or vegan certifications, can access our batch and raw material data on request for their own regulatory checks.

    Continuous Improvement in Production Methods

    Any process that stays static soon falls behind. We keep our entire workflow under review, looking for better yields, lower waste, and tighter controls. Automation now covers key points in the extraction and finishing procedure—but every stage still has a trained operator overseeing both inputs and outputs. Routine internal audits flag any parameter drift and ensure that improvement projects feed existing product lines instead of launching new ones just for marketing’s sake.

    Using in-line spectrometry and automated fill-line checks, we maintain chemical purity without added fillers, flow agents, or artificial stabilizers. Our engineering group monitors process temperature, time, and flow rates using continuous sensors. The manufacturing team attends workshops on analytical method advances and shares production improvements cross-functionally, so each improvement gets permanently incorporated into day-to-day operation.

    Feedback Loops and Trust Building

    Our industry runs on trust. The flavor sector, especially at the ingredient level, is filled with shortcuts that can haunt end products with contamination, deviation, or unexplained failures. Our experience as primary manufacturers, not brokers, means we own responsibility from plant to product. When a major food group flags a suspect drum, the answer has to be more than a stock reply; it involves documentation, sample retention, and honest assessment of possible causes.

    We use post-shipment surveys and quarterly partner meetings to review how Cinncassiol E performs out in real factory environments. Feedback loops cover both positives and negatives, and our team incorporates field suggestions back into the blending, packaging, and process control stages. Over time, this direct end-user exchange has tightened not only our product’s sensory and physical characteristics but also streamlined logistics and technical support outreach.

    Cinncassiol E's Place in Modern Flavor Innovation

    Product development no longer chases just the latest synthetic flavor—it values depth, traceable sourcing, and functional reliability. R&D groups building new beverage categories or craft confections often bring Cinncassiol E into pilot blends for testing, citing both the purity and the predictable intensity. Whether aiming for a traditional spiced profile or experimenting with cross-category innovation, this ingredient holds up under heat, pH extremes, and shelf life challenges better than many multi-component flavor substitutes we have seen.

    Emerging markets, including health-orientated food and beverage sectors, keep regulatory paperwork tight and ingredient statements minimal. This trend has pushed us to maintain clarity about every technical, processing, and handling specification. Trust means more to our partners now than just hitting a taste benchmark—ingredient buyers want a partnership rooted in science, consistent process, and transparent supply chains. That’s what our approach to Cinncassiol E tries to deliver every day.

    Challenges and Ongoing Solutions

    The journey hasn’t been without obstacles. Fluctuating agricultural yields, evolving environmental mandates, and new analytical requirements force constant adaptation. We learned early that stockpiling a single growing season’s output risks flavor shifts, so now maintain staggered sourcing and contract fields across multiple microclimates. This guards against catastrophic crop loss and evens out natural swings in active component content.

    Shifting regulatory frameworks—especially for trace solvent residues and allergen carryover—require nimble, proactive adaptation. We invested in advanced filtration and residue testing so each outgoing batch receives a full panel report, meeting the most conservative global limits. Annual external audits add another safety layer, ensuring we don’t become complacent or miss industry step-changes.

    Commitment to Education and Support

    We recognize that many downstream users are new to specialty spice ingredients, especially in fast-growing sectors like health beverages or small-batch foods. Our approach includes practical training on storage, handling, and dosage, so even non-technical staff can understand the product’s behavior. Regular seminars, whitepapers, and on-site support reduce risk and encourage experimentation, building customer confidence in both the ingredient and the finished product.

    A Trusted Ingredient for Challenging Applications

    Many customers arrive at Cinncassiol E after trying commodity blends that didn’t meet stability or taste requirements. We have helped reformulate launches for both mainstream and premium brands—each time validating performance through real-world trials rather than theoretical desktop analysis. Whether the challenge was masking off-flavors in low-sugar applications, boosting sensory warmth in non-alcoholic spirits, or hitting clean-label targets for ingredient panels, our team’s hands-on involvement moved projects from R&D curiosity to commercial reality.

    Sustaining Value Through Transparency and Innovation

    The landscape for functional, clean, and authentic flavor components only grows more complex. Continuous improvement, thorough quality controls, and ethical sourcing sit at the center of our Cinncassiol E production and delivery cycle. We see every feedback loop, client query, and regulatory shift as an opportunity to support not only the safety and appeal of our ingredient, but also the integrity and reputation of every customer we serve.

    Cinncassiol E continues to drive innovation across the global flavor sector. From years of manufacturing, real-world testing, and technical troubleshooting, it’s clear that building trust and value doesn’t come from high-output shortcuts—it comes from precise, proven science, transparent supply, and open partnership, batch after batch, year after year.