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Cinnamomum Culilawan Bark Oil

    • Product Name Cinnamomum Culilawan Bark Oil
    • Alias cinnamomum-culilawan-bark-oil
    • Einecs 294-954-7
    • 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

    149664

    botanical_name Cinnamomum culilawan
    common_name Culilawan Bark Oil
    plant_part_used Bark
    extraction_method Steam distillation
    main_components Eugenol, Linalool, Safrole, Methyleugenol, Caryophyllene
    appearance Pale yellow to brownish liquid
    odor Sweet, spicy, cinnamon-like aroma
    solubility Insoluble in water, soluble in alcohol and oils
    refractive_index 1.510 - 1.530 (at 20°C)
    specific_gravity 1.040 - 1.080 (at 20°C)
    flash_point Over 70°C
    use Flavoring, perfumery, traditional medicine
    origin Indonesia, Southeast Asia
    CAS_number 8015-91-6
    color Yellow to brown

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

    Packing & Storage
    Packing Cinnamomum Culilawan Bark Oil is packaged in a 500 mL amber glass bottle with a secure screw cap and safety labeling.
    Shipping Cinnamomum Culilawan Bark Oil is typically shipped in sealed, food-grade containers or drums to preserve quality and prevent leakage. It is classified as a natural essential oil and should be stored and transported in cool, dry conditions, away from sources of ignition, with appropriate labeling according to international shipping regulations.
    Storage Cinnamomum culilawan bark oil should be stored in a cool, dry, and well-ventilated area, away from direct sunlight, heat sources, and incompatible substances such as strong oxidizers. Store in tightly closed, clearly labeled amber glass or other suitable containers to prevent oxidation and degradation. Maintain storage temperatures between 5°C and 25°C, and keep out of reach of children and unauthorized personnel.
    Application of Cinnamomum Culilawan Bark Oil

    Applications of Cinnamomum Culilawan Bark Oil in Industrial Manufacturing

    Cinnamomum Culilawan Bark Oil serves as a specialty botanical extract with established technical value in several chemical and industrial processing sectors. The following application areas highlight technical routes utilizing this raw material, incorporating established compliance frameworks and specifying integration points within each manufacturing process.

    1. Flavor Compounding for Food and Beverage Industries

    Major flavor houses utilize this bark oil as a source of distinct spice and warm notes in formulated syrups, bakery aromas, and confectionery concentrates. Its usage is driven by recognized sensory profiles and controlled component limits within standardized food matrices. Manufacturers dose the oil within compound flavor bases, balancing it with other natural extracts. Flavor chemists rely on this ingredient to build complex top notes in both alcoholic and non-alcoholic end applications. Final evaluations require batch-to-batch consistency, allergen declarations, and formal approvals prior to commercialization in retail and industrial food products.

    Industry compliance standards

    • EU Regulation (EC) No 1334/2008 on flavorings and certain food ingredients
    • FDA 21 CFR 182.20 (Generally Recognized as Safe Flavoring Substances)
    • Food Chemicals Codex (FCC) requirements for essential oils
    • Good Manufacturing Practice (GMP) for food industry, ISO 22000

    Typical usage ratio

    • 0.01% – 0.1% w/w of total flavor composition depending on desired intensity and application matrix
    • Dilution may vary based on solvent selection and heat stability considerations

    Downstream process integration

    • Incorporation at the flavor compounding stage—after solvent blending and before addition to food base
    • Controlled addition post-pasteurization for beverage syrups to prevent loss of volatile fractions

    Final product types

    • Baked goods with spice flavoring (cakes, cookies, biscuits)
    • Hard and soft candies, chewing gums
    • Alcoholic liqueurs and spirit blends
    • Cola and botanical beverage syrups

    2. Fragrance Formulation in Fine and Functional Perfume Manufacturing

    Leading perfumers and fragrance compounders use this essential oil as a featured middle note in luxury and specialty scents, especially where natural spice character is required. Regulatory specifications around allergenic components such as cinnamaldehyde guide its permitted levels, and QC sampling addresses purity, peroxide values, and olfactory performance. The oil enters primarily as a concentrated fraction within the compounding stage of both fine fragrances and functional perfumes such as air care or fabric fresheners. Suppliers must demonstrate batch traceability, IFRA compliance, and full technical dossier support during sourcing audits.

    Industry compliance standards

    • IFRA Standards (specific restrictions for Cinnamomum-derived components)
    • EU Cosmetics Regulation (EC) No 1223/2009
    • ISO 9235:2013 definition and purity criteria for natural aromatic raw materials
    • REACH Annex XVII restrictions where applicable

    Typical usage ratio

    • 0.01% – 0.5% in perfume oil concentrates depending on desired intensity and blending partners
    • Allergenic threshold for leave-on skin applications: total cinnamaldehyde not exceeding 0.1% in finished fragrance as per IFRA guidance

    Downstream process integration

    • Addition at oil blending step; pre-diluted for distribution stability
    • Dosage adjusted post-skin compatibility and shelf-life tests

    Final product types

    • Fine perfumes—eau de parfum and eau de toilette
    • Deodorants and body sprays
    • Room sprays and fabric fresheners
    • Encapsulated fragrance systems for textiles

    3. Antimicrobial and Preservative Systems for Cosmetic and Toiletry Formulations

    Personal care contract manufacturers and R&D laboratories incorporate this oil as a botanical antimicrobial and aroma component in preservative systems for natural cosmetic lines. Technical teams review published efficacy data and perform microbiological challenge testing to justify incorporation in preservative blends. Compliance with regional cosmetic safety assessments and notification protocols is required, especially for rinse-off and leave-on formulations. Producers maintain close monitoring of maximum cumulative levels of essential oils per product class to stay within dermatological safety limits.

    Industry compliance standards

    • Annexes of EU Cosmetics Regulation 1223/2009 (essential oil restrictions)
    • Cosmetic Ingredient Review (CIR) safety assessments
    • ASEAN Cosmetic Directive for botanical raw materials
    • ISO 22716:2007 GMP for Cosmetics

    Typical usage ratio

    • 0.05% – 0.3% as part of a multi-component preservative system
    • Adjusted downward for leave-on skin applications after patch testing

    Downstream process integration

    • Dosed into aqueous or emulsion phase during secondary mixing
    • Combined with other approved natural antimicrobial agents

    Final product types

    • Natural face creams and lotions
    • Herbal shampoos and conditioners
    • Toothpastes and oral hygiene gels
    • Hand sanitizing gels without synthetic preservatives

    4. Active Botanical Base for Agricultural Biopesticide Formulations

    Technical-grade Cinnamomum Culilawan Bark Oil functions as a key extract in botanical pesticide blends, primarily for organic-certified horticulture inputs. Agricultural formulators use its established insect-repellent constituents and proven phytotoxicity profiles to develop prevention and control agents targeting fungus gnats, mites, and soft-bodied insects. The regulatory dossier includes field trial efficacy, eco-toxicity testing, and compliance documentation for organic farming usage. Prompt incorporation after microfiltration and emulsification maximizes activity and extends field stability.

    Industry compliance standards

    • US EPA FIFRA (Federal Insecticide, Fungicide, and Rodenticide Act)—25(b) Minimum Risk Pesticide Guidelines
    • OMRI (Organic Materials Review Institute) Listing Standards
    • EU Regulation (EC) No 1107/2009 for plant protection products
    • Japanese MAFF "Guideline for Registration of Pesticidal Materials"

    Typical usage ratio

    • 0.2% – 1.2% in concentrated biopesticide formulations depending on target pest and crop species
    • Adjusted in tank-mix compatibility studies to manage phytotoxic risks

    Downstream process integration

    • Emulsification with natural surfactants before aqueous dilution
    • Dosed as active ingredient in post-harvest wash or foliar spray mixtures

    Final product types

    • Organic-certified plant sprays
    • Seed treatment solutions for protected cropping
    • Insect deterrents for post-harvest storage
    • Fungal prophylactic dips for greenhouse systems

    5. Pharmaceutical Excipients for Oral and Topical Phytomedicine Preparations

    Pharma-sector manufacturers employ this botanical oil as an aromatic excipient and mild antimicrobial enhancer in selected oral syrups, topical rubs, and lozenges. Pharmacopeial specifications require full analytical traceability, absence of prohibited adulterants, and verification of marker compounds. Formulators titrate the oil in solvent vehicles and perform accelerated stability studies for each batch. Compliance with national pharmacopoeia monographs and demonstrable safety in finished dosage forms are critical to regulatory submissions and batch release.

    Industry compliance standards

    • European Pharmacopoeia (Ph. Eur.) Monograph 1432—Essential Oils, General Requirements
    • United States Pharmacopeia–National Formulary (USP–NF) standards for flavoring and aromatic excipients
    • GMP for pharmaceuticals (ICH Q7, EU GMP Part II)
    • WHO Guidelines on Herbal Medicines

    Typical usage ratio

    • 0.015% – 0.10% w/w in oral preparations (syrups, lozenges)
    • 0.02% – 0.12% w/w in topical ointments and external rubs
    • Levels determined per product class and taste/aroma masking function

    Downstream process integration

    • Dosed at excipient blending stage before final mixing with actives
    • Homogenized into solvent systems following filtration and QC release

    Final product types

    • Herbal cough syrups and elixirs
    • Topical liniments and balms with natural aromatic bases
    • Medicated lozenges for throat relief
    • Phytomedicine capsules with flavor masking

    6. Botanical Additives for Specialty Soap and Detergent Manufacturing

    Industrial soap and green detergent processors value this oil as a natural fragrance booster and antimicrobial additive. Technical teams consider its solvency in saponification mixtures and its contribution to product safety claims such as “botanical” or “naturally derived” labels. Processing parameters such as batch temperature and caustic exposure dictate timing and optimized retention of aromatic profile. In detergent compounding, its inclusion supports label claims and meets demand for essential-oil-based hygiene products in B2B and B2C markets.

    Industry compliance standards

    • EU Detergents Regulation (EC) No 648/2004 labeling and ingredient disclosure
    • REACH Annex V registration exemption for natural substances
    • ISO 9001:2015 for quality management in production
    • RSPO certification for sustainable sourcing, if combined with palm-derived bases

    Typical usage ratio

    • 0.05% – 0.18% in bar soaps and bath gels
    • 0.01% – 0.07% in liquid and powdered detergents for fragrance
    • Dosing guided by sensory panel results and stability testing

    Downstream process integration

    • Added during late saponification or cooling steps to maximize volatile retention
    • Premixed with solubilizers for even distribution in liquid detergents

    Final product types

    • Natural and herbal bar soaps
    • Shower gels and hand washes
    • Green household cleaners and dishwashing liquids
    • Sanitizing detergents for institutional use
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    Certification & Compliance
    More Introduction

    Cinnamomum Culilawan Bark Oil: A Time-Honored Ingredient with Modern Value

    Our Approach to Producing Cinnamomum Culilawan Bark Oil

    In the world of essential oils, the character and depth of aroma rest in choices made at every step of the process. Our team entered the business of distilling Cinnamomum culilawan bark out of deep respect for the raw material and a devotion to transparent, responsible practices. Rather than shortcutting our procedures, we work directly with trusted growers in regions where Cinnamomum culilawan trees have drawn their strength from rich soils and wet climates over generations. We inspect bark at the source; color, thickness, and scent tell us a lot about how the trees have fared season by season. Each batch reflects this lived, agricultural reality—not mass uniformity, but quality that persists from batch to batch.

    Steam distillation remains at the core of our oil extraction approach. We monitor parameters hands-on as the bark releases its volatile compounds, mindful that the essential phenolic components respond best to steady heat and careful timing. The result is a transparent, pale-yellow to amber oil with a warm, spicy, lingering aroma. This scent profile stands apart from its more widely traded cousins like cassia or Ceylon cinnamon, due to its distinctive eugenol content intermixed with subtle woody and sweet overtones.

    Model, Specifications, and Chemistry You Can Trust

    The oil we produce is unadulterated, undiluted, and meets the high purity standards expected by natural perfumery and flavor houses. Our typical product yields a minimum eugenol concentration that averages between 65% and 80%, established through regular GC-MS testing of every lot. Over a decade in operation, we have learned that reliable consistency has less to do with identical numbers and more to do with trust—proven by matching analytical results, color checks, specific gravity, and the expectations of formulators in cosmetics, flavor, and aromatherapy.

    Our standard packaging uses food-grade containers to prevent leaching and oxidation, whether the order requires a few kilograms or a full drum. We never introduce foreign substances, synthetic extenders, or chemical preservatives. The sensory character remains clean and honest, echoing the source trees that supply us year after year.

    Differences from Other Cinnamon Oils

    Cinnamomum culilawan bark oil rarely receives the attention that cassia or true cinnamon claim, yet its unique chemical fingerprint has earned it devoted users across cultural lines. Where cassia oil leans harsh, almost brash in some blends, culilawan’s effect settles in subtly—thanks to the intersection of eugenol, safrole, and small traces of cinnamaldehyde. Some perfumers describe the aroma as exotic or medicinal, evoking not only warmth but notes reminiscent of clove and allspice.

    Producers and end-users frequently mistake the oils of different Cinnamomum species as interchangeable, but experience shows marked differences under real-world conditions. For soap makers, culilawan oil provides better stability in alkaline pH. For food and beverage developers, the comparatively rounder and more complex taste profile grants another layer of distinction when compared with mass market cinnamon flavorings. Ingredient transparency in our documentation allows customers to recognize these advantages by composition, not only by label.

    Other essential oils under the cinnamon umbrella sometimes rely on substantial cinnamaldehyde content for their piquancy. Culilawan, on the other hand, offers a gentler impact in blends; it does not overpower light citrus, floral, or resinous base notes. This has brought our customers back to us again and again, keen to work with an ingredient that integrates smoothly and delivers a signature warmth without masking supporting botanicals.

    Applications and Industry Experience

    Many people first encounter culilawan bark oil in traditional medicine practices in Southeast Asia. Modern customers approach the oil from many different entry points. Years of working with artisanal perfumers, flavorists, soapmakers, and holistic practitioners have given us a ground-level view into how this oil performs in finished formulations.

    Perfumers appreciate its tenacity—culilawan’s aroma lingers in base notes and enhances spicy oriental blends. Chefs and beverage formulators select this oil for liqueurs, spice bitters, and as a mid-note in syrups and sauces, where a little goes a long way. Skincare artisans add it for its warming, aromatic properties, and its ability to blend seamlessly without the heavy, heady note of commercial cassia.

    Aromatherapists tap into culilawan for its softly stimulating scent. Our own employees have worked over holidays and weekends to help customers test batches for topical products like massage oils and body creams, ensuring satisfying results each time. Candlemakers who commit to high natural standards turn to culilawan oil to achieve a pure, clean-burning aroma that feels authentic, season after season.

    Consumer Trends and Feedback

    We keep a close eye on global supply chains and market trends, not just because pricing fluctuates, but because demand cycles speak volumes about what people want in their own work. In talking regularly with small and mid-sized manufacturers, it becomes clear that consumer demand for traceability and ingredient authenticity rises every year. Standardization across long supply chains risks flattening out the unique traits that set real, single-source culilawan apart from commodified cinnamon products. High-volume traders rarely know the stories behind the forests. We do. That fact means a lot to our clients who are building their own brands around trust and heritage.

    Repeated feedback highlights the clean mouthfeel and gentle warmth our oil provides in beverage use. Skincare formulators report fewer problems with skin irritation at recommended concentrations than with cinnamon leaf oil or cassia bark—another sign that origin and production method tell more of the story than product code alone. Our customer relationships last, not because we make noise on social media, but because we spend time solving problems batch by batch for those who expect real-world performance.

    Addressing Sustainability and Environmental Impact

    Natural resource management can get lost in the rush for profit. We saw firsthand the pressures unsustainable bark stripping puts on tree populations in poorly regulated areas. Our work with local growers in the native range, especially in Indonesia and the Philippines, prioritizes bark recovery and rotational harvesting. This way, the trees survive harvest and continue regenerating, which protects both biodiversity and long-term supply.

    Our commitment reaches beyond good business sense; unstable supply chains put our own operations at risk, and we have invested in supporting nursery projects and fair-wage harvesting practices. Traceability, environmental audits, and audits of fair pay underpin every shipment. We still get questions from customers about origin, method, and outcome. Because we operate as a manufacturer, we respond with direct knowledge—not recycled data from a catalog.

    Quality Concerns and Practical Solutions

    Quality cannot be left to chance. Recent years brought an uptick in adulterated cinnamon oils on the market—diluted with synthetic eugenol or cut with cheaper botanical extracts. These practices degrade product value and endanger end-users, especially in sensitive applications like food and topical products. Over our years in business, we faced the temptation to speed up production or yield by introducing solvents or less rigorous material selection. We rejected these shortcuts.

    Routine lab testing forms the backbone of our quality program. We maintain GC-MS data for every lot and offer full reports on request. Frequent on-site checks, sample retention, and open communication with customers reinforce this approach. We have witnessed clients whose production lines failed due to oil from less transparent sources. Our documentation, test reports, and open samples have rescued more than a few projects from costly reformulation.

    Regulatory and Industry Standards

    Navigating the patchwork of regulations around essential oils can frustrate manufacturers and customers alike. In our country and key export markets, essential oils fall under food, fragrance, or cosmetic standards, each with their own paperwork. Over time, regulations evolve to reflect new research on safety and labeling. We work closely with compliance teams in flavor and fragrance companies to ensure each delivery meets or exceeds published thresholds for purity, chemical composition, and absence of prohibited components.

    We have seen commodity oils held up at port for lack of clear documentation. By contrast, orders from our facility move with certificate support and full origin trace. Our transparency eliminates guesswork for clients pursuing organic certification, and our in-house records allow us to issue batch histories down to the field level. For customers scaling up from lab batches to industrial scale, this level of trackability prevents delays and strengthens end-product claims.

    Sourcing Challenges and Opportunities

    Growing demand occasionally outpaces wild harvest or smallholder supply. We have observed market shortages drive up prices, yet we refuse to undermine supply partners by bidding down local wages or substituting inferior bark. Instead, our long-term contracts with select growers ensure continued investment in their communities and a more stable supply cycle. Careful planning and open forecasting with our customers help prevent stock-outs during peak demand seasons.

    Our position as a manufacturer gives us the flexibility to respond to real-world changes in weather patterns, crop failures, or export bottlenecks far earlier than traders. For buyers expecting granularity on batch variability, we provide samples and side-by-side comparisons before scaling up orders. This process builds confidence not only in flavor or fragrance outcomes but also in our ability to ride through unpredictable seasons with minimal disruption.

    The Future and Our Responsibility

    The story of Cinnamomum culilawan bark oil doesn’t end in bottles and drums. The future of this niche natural product depends on a blend of stewardship, investment, and willingness to change. Our work does not close with each harvest or batch shipment; each relationship, from harvester to formulator, forms a link in a chain that must stay intact for this resource to remain available in the generations to follow.

    We train our staff in responsible handling and customer support, believing that word-of-mouth from respected users far outweighs advertising. Over time, this approach built a network of collaborators who rely on quality and traceability more than hype. The questions we face about new uses, new challenges, and new markets keep us grounded—and drive us to maintain the transparency and integrity we started with.

    Closing Thoughts

    In the natural oils industry, the rush to commoditize reduces unique products to line items and price points. We have learned that oils like Cinnamomum culilawan hold more value than standardization can measure. Its distinct scent and chemistry offer flavor, fragrance, and functional advantages that large-scale cassia or cinnamon cannot match. Our continued focus remains on honest manufacturing, transparent partnerships, ethical sourcing, and real-world support. For creators searching for depth and authenticity in their products, culilawan bark oil delivers something extra—grounded in the soil where it grows, and in the hands that produce it, lot by lot.