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Cinnamomum Camphora Wood Extract

    • Product Name Cinnamomum Camphora Wood Extract
    • Alias camphor_wood_extract
    • Einecs 300-995-3
    • 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

    248850

    INCI_Name Cinnamomum Camphora Wood Extract
    Source Camphor tree wood
    Common_Name Camphor wood extract
    Plant_Family Lauraceae
    Extraction_Method Steam distillation
    Appearance Clear to pale yellow liquid
    Solubility Soluble in alcohol and oils
    Odor Characteristic camphoraceous scent
    Primary_Components Camphor, safrole, eugenol
    Use_in_Cosmetics Fragrance and skin conditioning agent

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

    Packing & Storage
    Packing A 500ml amber glass bottle with a secure screw cap, labeled "Cinnamomum Camphora Wood Extract," featuring detailed usage and safety information.
    Shipping Cinnamomum Camphora Wood Extract should be shipped in tightly sealed, chemical-resistant containers, protected from light and moisture. Label clearly as a botanical extract. Transport at ambient temperature unless otherwise specified, following all applicable local and international regulations for plant extract materials. Avoid exposure to heat, ignition sources, and direct sunlight during transit.
    Storage Cinnamomum Camphora Wood Extract should be stored in a cool, dry, and well-ventilated area, away from direct sunlight, heat sources, and incompatible materials such as strong oxidizers. Keep the container tightly closed and properly labeled. Avoid exposure to moisture and extreme temperatures. Store in a secure location to prevent unauthorized access and potential environmental contamination.
    Application of Cinnamomum Camphora Wood Extract

    Applications of Cinnamomum Camphora Wood Extract in Industrial Manufacturing

    Cinnamomum Camphora wood extract is recognized across multiple manufacturing sectors for its active components, particularly camphor. As a direct producer, we supply this extract in large volumes for integration into regulated industrial processes where natural camphor, fragrance compounds, and antimicrobial agents are required by formulation and compliance teams. Below, we detail genuine use cases, compliance frameworks, recommended dosage bands, process flows, and finished goods found in actual global market supply chains.

    1. Pharmaceutical Topical Ointments and Liniments

    Pharmaceutical companies in the external analgesic segment rely on purified extract mainly for its principal camphor content, which must meet specified monograph grades. Our manufacturing customers incorporate the ingredient during late-stage compounding of medicated balms, rubs, and liniments, drawing on published pharmacopeial specifications to ensure compliance. QC departments reference validated test methods to confirm actives content and residual solvents to pharmaceutical GMP standards. Trends in regulatory updates have shifted preference towards natural and traceable botanical inputs that support international registrations in regulated markets.

    Industry compliance standards

    • Pharmacopeia: USP-NF Camphor Monograph, EP Camphorae Monograph
    • Good Manufacturing Practice: ICH Q7, WHO GMP for Topical Pharmaceuticals
    • National approvals: FDA 21 CFR §310.545 for External Analgesic Drug Products
    • Quality: ISO 22716 (Cosmetic GMP, where relevant)

    Typical usage ratio

    • 0.5%–11% (w/w) of active camphor, adjusted by pharmacopeial prescribing limits for each dosage form (highest for counterirritant plasters, lower for creams and ointments); batch calculations vary based on product strength and topical indication.

    Downstream process integration

    • Incorporation during final compounding after base melting; camphor extract is weighed and dissolved into the oil or semi-solid base with continuous agitation under controlled temperature (typically 40–60°C) to ensure homogeneous distribution before filling and tube or jar packaging.

    Final product types

    • Medicated plasters, pain-relieving ointments (aromatic rubs), anti-itch balms, chest rubs for vapor action, topical muscle liniments.

    2. Medicated Soaps and Antimicrobial Cleansing Products

    Personal care manufacturers use this botanical extract as a natural fragrance and active antimicrobial in hygiene-focused soap and hand wash lines. Regulatory checks require strict composition documentation and dermatological safety clearance, especially for export to markets enforcing ingredient origin traceability and biobased labeling. Our plant-based material meets such certifications, and technical customers blend it during the liquid phase of saponification or into molten syndet bases, following validated microbial quality assurance protocols to meet antimicrobial performance claims.

    Industry compliance standards

    • ASEAN Cosmetics Directive, EU Cosmetic Regulation (EC) No 1223/2009
    • FDA 21 CFR 701.3 (ingredient labeling)
    • IFRA Standards for Fragrance Safety, ISO 16128 Biobased Cosmetics Guidance
    • REACH Compliance (where sale into EU zone)

    Typical usage ratio

    • 0.1%–1.5% (w/w) depending on product type and desired camphor scent intensity; lower end for facial washes, upper end for bar soaps and deodorant cleansing bars; adjusted to avoid dermal sensitivity and ensure IFRA threshold compliance.

    Downstream process integration

    • Add during perfume addition after saponification and before final molding or bottling; for liquid soaps, incorporate during cool-down to prevent active loss; in syndet bars, blend into the molten matrix with other preservatives and fragrances immediately before extrusion and cutting.

    Final product types

    • Medicated antibacterial soaps, deodorant bar soaps, antimicrobial handwash liquids, personal cleansing gels, child-safe hygiene bars.

    3. Food Industry - Flavoring and Preservative for Chewing Gum

    Food processors, especially in the confectionery sector, source this extract for precise flavor addition and as a natural antimicrobial preservative agent in chewing gum. Strict regulation applies because only certain grades of natural camphor are food-safe, and dosage limits prevent off-flavor or regulatory exceedance. QC and regulatory affairs teams require traceability from wood source to finished extract and batch analyses matched to international food code entries, with process validations for uniform blending to comply with regional food safety authorities.

    Industry compliance standards

    • Codex Alimentarius (INS 425 for camphor), US FDA 21 CFR §172.515 (Synthetic flavoring substances and adjuvants, natural camphor permitted at trace levels in confectionery), GB 2760 China National Standard for Food Additives
    • Good Manufacturing Practice: FSSC 22000, HACCP
    • ISO 22000 Food Safety Management

    Typical usage ratio

    • Less than 0.1% (up to 100 ppm camphor), strictly calculated to be below permitted thresholds; flavor intensity adjusted depending on market preference and national limits.

    Downstream process integration

    • Added as a flavor concentrate during the gum base blending phase, before cooling and sheet-forming; precise dosing and rapid mixing required to achieve homogeneity and prevent volatilization losses; food processing lines use closed systems to contain aroma volatiles.

    Final product types

    • Chewing gum (herbal or cooling varieties), specialty medicinal confectioneries, breath-freshening lozenges (camphor marked, regional markets).

    4. Insect Repellent and Mothproofing Blocks Manufacturing

    Producers of household pest control products depend on this extract for solid block and sachet manufacture to achieve long-lasting volatilization in closed spaces. Regulatory compliance demands correct classification as a biocidal product, with reporting and labeling according to toxicology and exposure profiles. Our material comes with purity analysis and traceable batch documentation to meet the requirements of large-scale refillable device and repellent block makers. The extract is solidified according to downstream melting and casting specifications for controlled-release action as an alternative to naphthalene.

    Industry compliance standards

    • EU Biocidal Products Regulation (BPR, Regulation (EU) 528/2012)
    • US EPA Registration (40 CFR 158 for Biochemical Pesticides)
    • China GB/T 19001-2016/ISO 9001:2015 Quality Management for pesticides and repellents
    • Labeling and packaging: Globally Harmonized System (GHS)

    Typical usage ratio

    • 40%–80% (w/w) camphor content in solid blocks, depending on required duration of action and storage application (higher for moth-repellent closet tablets, lower for mixed sachets); proportion adjusted to meet vapor pressure and consumer safety guidelines.

    Downstream process integration

    • Molten blending with inert carriers (paraffin, chalk, or clay) under controlled temperature before casting into block molds or sachet fills; process lines use dust control and vapor extraction to comply with safety standards and workplace VOC exposure regulations.

    Final product types

    • Solid camphor blocks for wardrobes and storage bins, insect repellent tablets for drawers and shoes, mothproofing sachets, air freshener blocks with pest deterrent function.

    5. Aromatherapy and Natural Air Freshener Formulation

    Manufacturers of aroma diffusers, vapor pad inserts, and natural air care products use this extract for its characteristic volatile profile. Finished products must meet national fragrance material regulations, and producers request analytical support with every shipment to document purity and the absence of restricted allergens. Production sites blend the extract with essential oil bases under low-shear, low-temperature mixing to conserve fragility and maximize vaporization in application use, meeting consumer preference for botanical content and safe inhalation thresholds.

    Industry compliance standards

    • IFRA Code of Practice for Ingredient Use, ISO 9235 (Aromatic Natural Raw Materials)
    • FDA 21 CFR 182.20 (Essential oils as flavoring/air care, GRAS status as applicable)
    • REACH (SVHC screening, EU)
    • Local air quality labeling schemes (e.g., US EPA Safer Choice)

    Typical usage ratio

    • 1%–8% (w/w) in aromatherapy blends or vapor pad refills; lower end for continuous vaporization devices, higher for single-use pads or concentrated gels; levels determined by device performance and regulatory VOC ceilings.

    Downstream process integration

    • Direct addition into essential oil or gel matrices before filling of vapor pads or gel pots; batch blending under closed, low-oxygen conditions to minimize oxidation losses and maintain fragrance top notes.

    Final product types

    • Diffuser refill pads, vapor therapy gels, natural air freshener pots, car vent air care inserts, aromatherapy candle blends.
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    Certification & Compliance
    More Introduction

    Cinnamomum Camphora Wood Extract—Crafting Reliability in Natural Extracts

    Direct from Our Facility: What Goes Into Cinnamomum Camphora Wood Extract

    Pulling the cap off a canister of Cinnamomum Camphora Wood Extract in our production line releases a distinct, cooling aroma, unmistakable even from several meters away. This is not by accident. Direct sourcing and processing of Cinnamomum camphora trees has allowed our team to manage every step from timber selection to distillation. Over decades, this hands-on process has shaped how our extract stands apart in purity, stability, and batch consistency. It has also shaped our sense of responsibility toward supply chain transparency and strict manufacturing control.

    In our operation, we select only mature Cinnamomum camphora trees grown in strictly controlled plantations, allowing the right balance of essential oil content to develop in the wood. After harvest, the wood undergoes a careful chipping and drying regime. It is only then that we begin hydro-distillation in stainless steel vessels, set to monitor both temperature and pressure curves—it’s these subtle production details that lock in the molecule profile. Unlike industrial commodity camphor, our extract is a clear, concentrated liquid derived without synthetic additives or unnecessary blending oils. Handling the raw wood in-house makes it possible to consistently achieve a camphor purity above 98%, providing customers with a high standard each time.

    Specification and Physical Identity: More Than a Simple List

    Our clients might ask for documentation, but it’s the physical characteristics of our Cinnamomum Camphora Wood Extract that drive loyalty. The extract we deliver displays a transparent, faintly yellowish hue. Viscosity remains stable even weeks after production, and the camphor note asserts itself across aromatic compounds. Moisture and impurity levels are checked by GC and drying loss testing on-site. From drum to drum, this attention ensures our extract delivers a consistent profile, which many cosmetics and medicinal manufacturers report simplifies their formulation process.

    Lab analysis after every batch is needless paperwork to some, but in our experience, results matter in the marketplace. A camphor concentration drifting below 98% often prompts unnecessary adjustment in downstream mixing or formulation. We’ve had customers visit lab facilities and run parallel analyses to check volatility, ash content, and potential adulterants. Our open-door lab policy means they can watch their batch being processed and tested—industry partners regularly mention this as a turning point in their purchasing decision.

    How Our Extract Functions Across Industries

    Cinnamomum Camphora Wood Extract finds its place at the intersection of wellness, preservation, and function. In our own plant, batches destined for pharmaceutical use demand the tightest physical and chemical purity; these are checked for known environmental pollutants, fungal markers, and pesticides using in-house instruments running ISO-certified methods. In personal care, manufacturers value the pronounced, pleasing aroma which stands up even when diluted into lotions, soaps, or sprays. Its sharp, cooling scent tells consumers that a product contains a real, high-quality source rather than artificial perfume.

    Wood extract sees frequent use as a fragrant backbone in agarbatti (incense stick) production where aroma and slow, stable burning outrank all other criteria. Companies blending essential oils for aromatherapy come to us for extraction profiles that match their marketing story—a true, single-origin camphor, distilled from aged heartwood, not a synthetic oil or composite. In the household sector, camphora’s time-tested ability to deter insects gives our customers a non-toxic, renewable route to moth repellents and room fresheners, without petrochemical byproducts.

    On the Ground Experience: Differences from ‘Everyday’ Camphor Products

    A lot of what passes through the market in the name of camphor actually comes from industrial-scale synthesis or from tree species with a looser aromatic identity. Our lab has analyzed many commercial camphor imposters ranging from turpentine-derived synthetics to blends using Borneo camphor mixed with low-grade filler oils. In most cases, their GC profiles show truncated peaks in the main camphor band, and trace levels of unwanted byproducts such as pinene or borneol above what our quality team accepts.

    True Cinnamomum Camphora Extract, using native wood material and closely managed distillation, avoids these pitfalls. We start with trees that have grown at least 40 years, as faster-grown plantations often yield watery extracts deficient in active content. Our distillation setup captures a broader terpene range and delivers a cleaner fractionation—no brown oil residues or rancid secondary notes, just the intense, clear aroma and cooling touch of camphor. This focus on wood-sourced extract is dramatically different from leaf-based distillations that circulate in lower cost markets. These alternatives lack the full aromatic spectrum and physical stability that wood provides. Over time, customers with strict regulatory or branding demands come to see the value in a supply chain that is traceable, strictly monitored, and free from questionable blending shortcuts.

    From Chemical Manufacturing to Industry Application: Bridging the Gaps

    Long-term relationships have taught us that end-users care less about abstract guarantees and more about results in their factories and laboratories. Pharma buyers ask us to ship test samples, then run their own stability and impurity regimen in real time. Soap-makers judge batches by olfactive panels and skin-feel, not certificates. Regulatory audits walk our floor to check not only documentation—also drum handling, staff safety training, and batch log details. Instead of hiding behind third-party certificates, we show the process. This approach reduces misunderstanding and drives home what sets us apart.

    Many bulk distributors offer what they call “natural camphor,” but comparison reveals that their product often comes from distillates that utilize composite woods from multiple tree species or post-extraction camphor melted and reconstituted into synthetic solutions. This disrupts the active profile and consistency vital to precise medicines, accredited cosmetics, and secure export documentation. Our model keeps logging, processing, and dispatch strictly inside our own gates, with each barrel traceable by production date and field origin.

    Facing the Real-World Challenges: Sustainability, Supply, and Transparency

    Managing Cinnamomum camphora plantations draws criticism and scrutiny from both environmental groups and buyers devoted to green procurement. Timber extraction, even for a high-value product, needs strict regeneration policies, or it puts pressure on regional biodiversity. Our decades of forestry partnership mean only sustainably grown trees are extracted, part of a rotating system that assures regrowth. Buyers with strict import requirements benefit from documentation detailing both harvest and replanting rates, complete with GPS-based field audits.

    Unpredictable weather, fungal outbreaks, or a spike in global demand can all squeeze availability across seasons. Instead of chasing price spikes or stretching stocks with filler, we slow allocation and openly notify customers about changing availability. This tension between meeting industrial scale and staying true to rigorous quality is constant in natural chemical extraction. Maintaining large wood inventories on site is not without cost, but inevitably pays off in slower, more predictable batch work and happy return buyers.

    We’ve also felt the effects of changing regulations. Export blocks, new purity requirements, and sustainability audits force us to adapt both what we supply and how we document its origin. Our lab documentation contains everything from pesticide checks and solvent residue cutoffs to lot-by-lot camphor content. In this business, direct customer visits and live demonstrations often resolve more doubts than any PDF ever could. Stakeholders expect real answers, not generalities or smoothed-over marketing claims.

    The Human Element in Extraction: Skills, Labor, and Training

    Modern distillation might rely on stainless steel vessels and automated controls, but the process hinges on the experience of our operators. Harvest timing means more than just a calendar date—teams must inspect heartwood color, moisture content, and subtle aromatic cues. Load the vessel too wet, and you risk moldy fractionation. Harvest too early, and the resulting extract will fail on critical GC analysis. Decades of collective trial, error, and data shape every decision on the plant floor.

    Investment in machine automation has not erased the need for routine human intervention. Our best operators not only monitor sensors, but check results against years of daily logbooks documenting temperature, distillation curve, and final odor notes. It’s not unusual for our quality chief to pull a sample, dilute it, and apply it to skin just to detect faint off-notes or uneven volatility. This blend of machine verification and human sense-making gives our extract a living, adaptable advantage over synthetics or outsourced distillates.

    Supporting Trust in Natural Extractions: Looking Past Price Sheets

    Price alone tells an incomplete story in the camphora market. We have fielded countless calls from companies burned by low-cost, imported camphor that fails in aroma, purity, or shelf-life. By showing the production chain, from managed plantations to pressure-sealed drums, we encourage transparency and direct engagement. Whether through supplier audits, sample review, or open discussions about forecasted yields, we provide unmatched visibility. Over time, partners have shifted purchasing strategies to emphasize long-term returns and end-customer trust over mere spot-market savings.

    We have collaborated with research groups investigating the full range of camphor derivative applications, from next-generation insecticides to new classes of skin-cooling agents. Feedback from these collaborations fuels process adjustments and further grounds our work in relevant, forward-looking science. This real-world feedback helps drive advances in both extraction efficiency and in maintaining a high level of compliance with industrial and pharmaceutical standards.

    Comparisons with Synthetic and Alternative Distillates

    Synthetic camphor supplies large industrial markets driven by cost and speed. These manufacturers forgo the aromatic complexity and clear provenance demanded in pharmaceuticals and premium personal care. Synthetic camphor, typically produced by the chemical transformation of turpentine (pinene-based), shows up in the laboratory as a nearly odorless, white crystalline solid, lacking the volatile spectrum that demonstrates botanical origin.

    Extracts from alternative camphora species or from harvested leaves look appealing, but don’t deliver the flavor, solubility, or regulatory confidence required in upper-tier markets. From our experience, attempts to substitute leaf extracts or inexpensive blends have led many manufacturers to return to wood-based extract for its lasting, stable aroma and record of regulatory acceptance.

    We have fielded samples of reblended camphor from multiple emerging markets—each time, physical testing and user trials detected weaker olfactory intensity and confusing, muddy background notes. In topical products, this translates to inconsistent user experience; for regulated pharmaceuticals, lack of documentation opens up compliance issues. These setbacks highlight why direct-sourced, single-species wood extract remains the standard for critically demanding buyers.

    Create Value By Getting Closer to the Source

    The true mark of quality in Cinnamomum Camphora Wood Extract lies not in abstract marketing promises, but in documentation, traceable handling, and open factory doors. Each year, we welcome partners and customers to observe the full journey from tree selection to distillation and quality check. These visits build knowledge and confidence, reflecting not just pride in our product, but a belief in knowledge-sharing across the value chain.

    Market demand for genuine botanical extracts keeps rising across wellness, pharmaceutical, and even food additive sectors. Making the choice for true, wood-sourced Cinnamomum Camphora Extract means aligning with traceability, proven chemistry, and a commitment to practical sustainability. From the hands that fell the timber to the skilled eyes checking GC reports, every element plays a part in building a product that stands up in quality, reliability, and trust. In a sector awash with quick fixes and generic claims, this thorough approach draws a clear line between extract and imitation, between sustained partnerships and transactional trades.