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Cinnamomum Burmannii Extract Padang Or Batavia

    • Product Name Cinnamomum Burmannii Extract Padang Or Batavia
    • Alias cinnamomum-burmannii-extract-padang-or-batavia
    • Einecs 297-052-2
    • 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

    332026

    botanical_name Cinnamomum burmannii
    common_names Padang cinnamon, Batavia cinnamon, Indonesian cinnamon
    origin Indonesia
    plant_part_used Bark
    extraction_method Solvent extraction or water extraction
    appearance Brown fine powder
    aroma_flavor Warm, sweet, and spicy
    active_compounds Cinnamaldehyde, coumarin, eugenol
    solubility Partially soluble in water and alcohol
    primary_uses Flavoring agent, food preservative, traditional medicine
    shelf_life 2 to 3 years if stored properly
    storage_conditions Cool, dry place away from sunlight
    grade Food grade or pharmaceutical grade
    allergen_information Generally recognized as safe, but may cause allergic reactions in sensitive individuals
    color Light to medium brown

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

    Packing & Storage
    Packing The packaging is a sealed, 1-kilogram foil bag labeled "Cinnamomum Burmannii Extract Padang/Batavia," with batch number and expiry date.
    Shipping Cinnamomum Burmannii Extract Padang or Batavia is securely packed in airtight, food-grade containers to preserve quality during transit. Shipments are typically transported in cool, dry conditions, compliant with international regulations, and accompanied by relevant safety documentation to ensure safe and timely delivery to the destination. Suitable for bulk and smaller quantities.
    Storage Cinnamomum Burmannii Extract (Padang or Batavia) should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and sources of heat. Keep the container tightly closed to prevent contamination and moisture absorption. Store separately from strong acids, alkalis, and oxidizing agents. Ensure proper labeling and avoid excessive stacking to maintain product integrity.
    Application of Cinnamomum Burmannii Extract Padang Or Batavia

    Applications of Cinnamomum Burmannii Extract Padang Or Batavia in Industrial Manufacturing

    Cinnamomum Burmannii Extract sourced from Padang or Batavia serves as a precision botanical input across several industrial segments. Below, we detail actual application scenarios, compliance requirements, processing methods, and finished product formats relevant to downstream manufacturers procuring directly from us as the origin producer.

    1. Food Flavoring and Beverage Manufacturing

    Major beverage and food processors incorporate Cinnamomum Burmannii Extract for its intense cinnamon profile, recognized for both organoleptic consistency and batch-to-batch quality. Application focuses primarily on bakery fillings, flavored syrups, confectionery, and spiced beverages where regulation-compliant cinnamon content is crucial and stable dispersion remains a challenge during large-scale production. The extract enters formulation at the blending phase before thermal processing to retain top notes and minimize volatile loss.

    Industry compliance standards

    • FAO JECFA Food Additives Code (Cinnamon Bark Extract, 2018)
    • EU Regulation (EC) No 1334/2008 on Flavourings and Food Ingredients
    • US FDA 21 CFR Part 182 (Generally Recognized as Safe – GRAS, §182.10)
    • GB 2760 (China National Food Safety Standard for Food Additive Use)

    Typical usage ratio

    • 0.05% – 0.3% by weight in liquid beverage and syrup concentrates
    • 0.1% – 0.35% in bakery and confectionery matrices, adjusted based on desired flavor intensity and local maximum residue limits for coumarin

    Downstream process integration

    • Injected during bulk mixing or batching alongside water-soluble flavor bases before pasteurization or heat-treatment
    • For confectionery, incorporated at the fusing stage to ensure even aroma distribution

    Final product types

    • Pre-mixed spiced beverage concentrates
    • Cinnamon-flavored carbonated and still soft drinks
    • Bakery fillings (such as cinnamon rolls, pastries)
    • Sugar confections (hard candies, stick sweets)

    2. Fragrance and Personal Care Formulation

    Personal care and fragrance sector formulators rely on this extract for its warm spicy note, employed in manufacturing natural perfumes, luxury soaps, and spicy-themed toiletries. Integration takes place in the primary blending tank prior to emulsion or surfactant addition to impart natural aroma, while quality teams verify compliance with established allergen and component thresholds to align with safety and labeling norms.

    Industry compliance standards

    • IFRA (International Fragrance Association) Standards – Amendment 51 (Cinnamaldehyde)
    • EU Cosmetic Regulation No 1223/2009 (Annex III, Restrictions on Certain Substances)
    • REACH (EC Regulation No 1907/2006) substance restrictions
    • Japan Standards of Cosmetics Ingredients (JSCI)

    Typical usage ratio

    • 0.1% – 1.5% by total formulation, adjusted per end product’s target scent profile and IFRA allocation
    • Below 0.8% in rinse-off products to minimize dermal sensitization risk

    Downstream process integration

    • Blended with top and middle-note essential oils during aroma phase prior to soap saponification or detergent batching
    • For perfumes, dosed at cold mixing stage post-extract filtration and pre-aging

    Final product types

    • Natural fragrance oils and blends
    • Handmade and commercial bar soaps
    • Spiced shower gels and body washes
    • Artisan perfumes and eau de cologne

    3. Pharmaceutical Herbal Preparations

    Leading traditional medicine and herbal remedy manufacturers use the extract for standardized capsule and syrup formulations, particularly in digestive or anti-flatulence blends within registered herbal supplements. The extract is introduced after actives pre-blending and screened for residual pesticide, heavy metal, and microbiological status before compounding in GMP-certified cleanrooms.

    Industry compliance standards

    • Pharmacopoeia of the People’s Republic of China (2020 Edition, volume on tinctures and extracts)
    • European Pharmacopoeia (Ph. Eur.) Monograph 04/2019:1228 (Cinnamomi Cortex)
    • US Pharmacopeia Herbal Medicines Compendium
    • WHO Guidelines on Good Manufacturing Practices for Herbal Medicines

    Typical usage ratio

    • 28mg – 120mg per capsule or per recommended daily dose for liquid preparations, adjusted based on therapeutic indication, extract content, and national authorities’ dosage limitations

    Downstream process integration

    • Added to the active blend after primary extraction concentrates are QC-verified, prior to excipient addition and encapsulation or liquid bottling
    • For syrups, solubilized in alcohol/water bases post-pasteurization to ensure even dispersion

    Final product types

    • Standardized traditional medicine capsules
    • Digestive herbal syrups and tinctures
    • Combination herbal powder sachets
    • Medicinal oral sprays

    4. Tobacco Flavoring Compounds

    Licensed tobacco processors utilize the extract for flavoring shredded filler or reconstituted tobacco sheets. The compound is injected into conditioning drums and flavor application systems during blending to customize signature aroma profiles. Compliance officers monitor raw material supplier documentation for purity, foreign matter, and regulatory flavor limits, ensuring consumer safety and export eligibility.

    Industry compliance standards

    • ISO 12863 (Cigarette flavor additive evaluation)
    • China National Tobacco Standard GB/T 23220 (Flavoring Standards in Cigarettes)
    • US FDA Premarket Tobacco Product Application Guidance
    • EU Directive 2014/40/EU (Tobacco additive regulations)

    Typical usage ratio

    • 0.03% – 0.13% by weight of tobacco blend, variable based on local flavor maximums and targeted cigarette/HTP flavor strength

    Downstream process integration

    • Atomized onto shredded lamina, stems, or paper sheets during humidification or blending
    • For reconstituted sheet tobacco, incorporated in slurry prior to pressing and drying

    Final product types

    • Flavored cigarette and cigar blends
    • Heated tobacco product sticks and cartridges
    • Manufactured pipe tobacco pouches

    5. Feed Additives for Livestock and Companion Animals

    Feed mills integrate this extract as a natural palatant and functional additive, providing both flavor enhancement and supporting feed conversion rates in formulated animal nutrition products. Its use is strictly dictated by animal species and regional safety regulations, with feed-grade batches traceable to non-GMO and horticultural pesticide-screened supply. Routine QC is performed on particle size and residual solvent content at the premixing stage.

    Industry compliance standards

    • EU Regulation (EC) No 1831/2003 concerning additives in animal nutrition
    • US FDA CFR 21, §573.100 (Feed Additive Use)
    • China Feed Additives Standard GB/T 7302
    • GMP+ Feed Safety Assurance modules

    Typical usage ratio

    • 10–45 ppm in complete feed for poultry and swine
    • 20–55 ppm for companion animals, formulator adjusts to avoid off-flavor exposure

    Downstream process integration

    • Dosed into vitamin-mineral premix prior to ribbon mixing and feed pelleting or extrusion
    • For soft treats and chews, blended at dough preparation for even aroma distribution

    Final product types

    • Complete livestock and poultry compound feeds
    • Functional pet food kibbles and snacks
    • Animal feed additive premixes

    6. Industrial Antimicrobial Formulations (Non-food)

    Producers of biobased surface cleaners and antimicrobial coatings incorporate the extract as a botanical ingredient known for broad-spectrum activity. Entry point in industrial formula occurs after principal surfactant and chelant blending, and the extract is validated for bioactive content and batch homogeneity. Vigilance on maximum component thresholds aligns with regional labeling and biocide substance registration.

    Industry compliance standards

    • US EPA FIFRA Biopesticide Guidelines
    • EU Biocidal Products Regulation (BPR) No 528/2012
    • China Hygienic Standard for Disinfectants GB 38598
    • ISO 11930 (Microbial challenge test for preservatives)

    Typical usage ratio

    • 0.2% – 1.8% by formulation mass, driven by minimum inhibitory concentration (MIC) and application substrate (e.g., hard surface vs. textile)

    Downstream process integration

    • Blended after surfactant solubilization and prior to final neutralization in bulk mixing tanks
    • For coatings, added with resin dispersants before high-shear homogenization

    Final product types

    • Biological household and industrial surface cleaners
    • Sanitizing sprays for public facilities
    • Biobased antimicrobial surface coatings
    Free Quote

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    Certification & Compliance
    More Introduction

    Cinnamomum Burmannii Extract Padang Or Batavia: From Harvest to Industry

    The Essence of Padang and Batavia Cinnamomum Burmannii Extract

    Every drum that comes off our extraction line holds the history of farming families in Indonesia’s upland rainforests. We process Cinnamomum burmannii from the Padang and Batavia regions, two of West Sumatra’s main hubs for genuine cassia bark. Our experience tells us that even minor differences in region and climate will shape the quality and flavor profile of the extract. The bark looks similar to untrained eyes, but the Padang origin brings out a tighter quill, a thicker bark, and a stronger cinnamon aroma. Batavia, grown just a valley away, often produces a slightly lighter hue and a milder bouquet.

    We produce our extract in both powder and liquid forms, using food-grade ethanol to draw out the volatile oils and water-soluble compounds that give this cinnamon its unique warmth and character. Food processors have come to depend on our Cinnamomum burmannii extract for its reliable high coumarin content and essential oil composition. These standards remain consistent because we’ve controlled cultivation, harvest times, and extraction methods for years, avoiding shortcuts that dilute flavor or compromise safety.

    Clarifying the Differences: Padang, Batavia, and Beyond

    It’s not rare to see “Padang” or “Batavia” slapped on export containers, but without intimate knowledge of the harvest cycle, that label doesn’t stand for much. We differentiate our extracts by origin after years in the fields and processing rooms. Padang bark, because of its thicker cut, yields a more robust extract with a deep golden-brown color and powerful aroma. Down in Batavia, the slightly younger trees and difference in rainfall produce a softer bark, which leads to a less intense, rounder flavor.

    What does this mean in practice? Bakeries and beverage companies looking for that classic, punchy cinnamon note usually favor Padang. Makers of fine chocolates and delicate desserts sometimes shift toward Batavia, as the extract blends without overpowering. It’s not about “better or worse” — too many traders treat extract as a one-size-fits-all ingredient. Twenty years of hands-on manufacturing have taught us how regional landscapes, weather, and tree age translate into subtle but important product differences.

    Our Extraction Process: Experience Yields Reliability

    Factory doors mean nothing without skilled hands and rigorous testing. We start each batch by inspecting raw bark in person, rejecting any that show signs of mold, excess moisture, or pesticide residue. The bark air-dries for months, shielded from direct sunlight, to concentrate essential oils and reduce bitterness.

    Our team finely grinds the matured bark to optimize exposure to the extraction solvent, and the ethanol-water mixture we use is always food grade and meticulously recycled to prevent trace solvent contamination. By adjusting ignition temperature, soak times, and Bark-to-liquor ratios, our chemists control the final yield of cinnamaldehyde, coumarin, and other minor phenolic compounds that drive the extract’s taste and application.

    Over the years, we’ve implemented continuous quality testing at each stage. We check HPLC profiles, water content, and microbial counts so the extract behaves the way processors expect: with no surprises and perfect clarity in taste.

    The Chemical Profile: Real Extract, No Filler

    It’s easy to spot synthetic cinnamon products once you’ve analyzed enough. Our manufacturing rejects any flavor standard raised by synthetic chemicals or “natural flavors” that bear no relationship to Cinnamomum burmannii bark. Our extracts regularly show cinnamaldehyde content above 80%, with secondary notes from coumarin, eugenol, and traces of vanillin — the very profile designed by the tree’s own biochemistry rather than a flavor house in a lab.

    We don’t bulk up with maltodextrin or polysaccharide carriers when formulating a powder. Every ton of powder comes straight from our liquid extract, spray-dried under carefully controlled conditions to preserve volatiles without scorching or caramelizing. There’s a stronger aroma and a layered finish in the cup, yogurt, confection or bakery product where our extract ends up. This is why some pastry chefs recognize Padang extract by smell alone.

    Specifications Driven By Real-World Use

    Bakery and beverage customers want an extract that goes straight from drum to tank without clumps or off-colors. Our liquid extract is water-miscible and microfiltered to less than 1 micron to eliminate haze. The powder flows freely and will disperse evenly in dry blends, so dosing stays reliable across large mixers. We listen to bottlers and ready-to-drink beverage manufacturers, too — if the extract gums up in a high-speed filler, it doesn’t leave our plant.

    Customers in natural food manufacturing often ask about coumarin. Padang bark runs higher in coumarin than Sri Lankan cinnamon. We’re transparent about this and reference regularly updated control samples. No regulatory authority has banned Indonesian cinnamon for food use, but we support full traceability and always encourage processors to design recipes in line with their local standards.

    Our extracts are typically provided in a concentrated format, with solid content standardized between 5% and 10% for liquids, and 95% or above for powder. We balance potency against shelf stability, because we know exactly where the extract ends up: in products that travel from rural workshops to mass-market retailers.

    Usage: Making the Most of Each Drop and Gram

    Using Padang or Batavia extract means more than cinnamon rolls. Our bakery clients use it for breads, cookies, and crunchy toppings, where repeatable, strong aroma wins over both artisan and industrial bakers. Beverage applications range from chai and flavored milk to seasonal beer, ready-to-drink teas, and even sparkling water. Ice cream makers count on the extract’s solubility and oil load, since too much insoluble matter crystallizes out and ruins the mouthfeel.

    Fine-food manufacturers deploy Batavia extract for its lighter touch — fine chocolate, confectionery pastilles, and dairy desserts take on a hint of warmth without the medicinal punch that can overwhelm high-fat or delicate recipes. We’ve worked hand in hand with customers to dial in the delivery: no sediment, no separation, clean finish on the palate, and compatibility with both dairy and plant-based systems.

    In personal care, customers value extracts from sustainable harvesting practices. We’ve supplied cosmetic and oral care companies looking for authentic cinnamon flavor in toothpaste, mouthwash, and natural deodorant sticks. Because trace chemical profiles matter for regulatory clearance, we post the real gas chromatography breakdown and openly discuss each harvest.

    Challenges and Solutions in Cinnamon Sourcing

    The cassia cinnamon supply chain faces fraud, pesticide misuse, and inconsistent sensory standards. We hear stories from new clients who abandoned generic Vietnamese or blended extracts after finding old bark powder or foreign material in finished products. Some traders try to pass off Cinnamomum cassia or even Cinnamomum loureiroi as Padang, blending the cheap with the genuine for short-term margin. Our founders walked the groves and built direct supply relationships to block this practice.

    Farmers receive quality incentives and regular training in sustainable bark harvesting. Since we offer better net prices for thicker, mature bark from Padang, families invest in longer growing cycles that benefit both the tree and the finished extract. We use hand tools, not pesticides, at the field edge — a practice that keeps residue levels safely under published international food standards.

    Logging and “slash and burn” tactics devastate both yield and future forest health. We’ve taken action by certifying key harvest areas under both ethical and organic standards. Each shipment of extract includes origin documentation and, where possible, a chemical fingerprint for traceability. This does more than reassure our direct customer; it helps defend Southeast Asia’s last remaining wild cinnamon stands from commercial overexploitation.

    Environmental Impact and Regenerative Practices

    Manufacturing direct involves making decisions that protect the root stock as well as the balance sheet. All spent bark from our process returns to compost or finds use as livestock bedding in the local farming community. We have invested in closed-loop ethanol recovery and water recirculation, enabling us to cut solvent consumption and wastewater discharge dramatically over the last ten years.

    Our production footprint stretches from farm to final drum, so we monitor seasonal crop variation, monsoon disruptions, and even shifts in river water chemistry. By partnering with smallholder farms, not plantations, extract quality goes up while the forests stay intact. Gaps in transparency and poor accountability fuel misrepresentation in the cassia trade. We do not source from land that has seen illegal logging or forest clearing, and we’re up-front about that fact at every point in the supply chain.

    Safety, Quality, and Recipe Development

    In food, quality equals trust. Our cinnamon extract undergoes regular testing for heavy metals, pesticide residues, aflatoxins, and microbiological safety using certified third-party labs, on top of our in-house GC-MS and HPLC analytics. Some regions have climates that support toxigenic fungi, so we have tailored our storage and logistics to cut moisture content quickly, preventing ochratoxin formation before anything reaches extraction.

    We hear repeatedly from formulators who once struggled with off-odors or dull flavor in mass-market extracts. Consistent color, aroma, and chemical profile are only possible with raw material control at the farm gate, so we organize batch testing at our own labs before export. This feeds into better recipes for cookies, granola, snack bars, or seasonal drinks — making a difference you can taste, not just read about.

    Rose to the challenge with Padang extract in high-temperature baking: it withstands most direct-heat processes without flavor loss, unlike lighter Ceylon blends or synthetics that break down under harsh conditions. Our Batavia extract provides nuance for mixes needing a softer finish — yogurt, custards, and frozen dairy treats.

    Comparing to Other Cinnamon Extracts

    A lot gets said in the market about Ceylon cinnamon, Vietnamese cinnamon, and blended cassia extracts. Our own data and customer feedback give us a practical basis for comparison, not just marketing. Cinnamomum verum, or Ceylon cinnamon, contains much lower coumarin and higher eugenol content, bringing a lighter, citrusy aroma and pale hue to food and drink. It serves specialty markets, especially in Europe, where regulations on coumarin run tighter.

    Vietnamese (Cinnamomum loureiroi) or Chinese cassia run spicier and sometimes more astringent, suited to specific recipe profiles where those qualities shine. Blended extracts risk introducing inconsistency, flavor drift, and even compliance questions for long-term sourcing.

    Padang extract delivers power — ideal for bold applications — while Batavia offers balance. We see manufacturers moving away from one-size-fits-all blends and toward region-specific, lot-tested, single-origin extracts once they taste and test the difference in finished products.

    Supporting the Customer Beyond the Drum

    Our work with industrial bakeries, large beverage brands, and specialty food producers rarely ends at the sale. Research and development teams depend on firsthand technical support to adjust recipes after switching to a high-purity Padang extract. Because cinnamon can overwhelm at high loading, we offer guidance around optimal dosing and stepwise recipe development. Industrial food safety requirements add another layer. We participate directly in new product trials and can supply everything needed for shelf-life and microbial challenge studies, right down to documentation for regulatory authorities.

    Smaller scale, artisan producers operate on lean resources and face different challenges — fluctuating input quality, the need for authenticity, and supply chain complexity. We share our knowledge of seasonal cycle impact, strength calibration, and how to achieve repeatable results across batches. Good extract doesn’t level out poor technique or underwhelming base ingredients, so we promote education up and down the chain.

    Looking Ahead in Cinnamon Extraction

    The market for natural flavorings grows each quarter, pulling cinnamon into more food, beverage, nutraceutical, and personal care categories. Padang and Batavia extracts deliver what synthetic and blended cinnamon simply cannot: full-spectrum aroma, consistent potency, and a direct connection to a region, people, and ecosystem. We draw on decades of experience manufacturing at-source and delivering straight to brands seeking traceable, honest ingredients.

    High-quality Indonesian cinnamon extract deserves more than a generic commodity label. Each bottle and bag coming out of our plant traces to the forest floor and the hands that harvested it. Extraction remains as much a relationship business as a technical one. Our commitment to regional origin, sustainable practices, and direct accountability shields our customers from supply risk and flavor disappointment, and it sustains the same farming communities who started us in the business. The demand for authenticity only continues to rise, and we are committed to meeting it with every batch we produce.