|
HS Code |
526600 |
| Product Name | Sappan Extract |
| Botanical Source | Caesalpinia sappan |
| Main Active Compounds | Brazilin, sappanin |
| Physical Appearance | Brownish-yellow powder |
| Solubility | Partially soluble in water |
| Origin | Tropical Asia |
| Traditional Uses | Antioxidant, anti-inflammatory, antimicrobial |
| Extraction Method | Ethanol or water extraction from heartwood |
| Recommended Storage | Cool, dry place, away from sunlight |
| Common Applications | Herbal supplements, functional foods, cosmetics |
| Taste Profile | Slightly bitter, woody flavor |
| Odour | Mild, woody fragrance |
| Shelf Life | 2-3 years when properly stored |
| Coloring Property | Natural red pigment (brazilin) |
| Certifications | May include GMP, ISO, organic depending on supplier |
As an accredited Sappan Extract factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Sappan Extract is packaged in a sealed, amber glass bottle containing 500 grams, labeled with batch number, expiry date, and handling instructions. |
| Shipping | Sappan Extract is securely packaged in tightly sealed, food-grade containers to prevent contamination and moisture infiltration. Each container is clearly labeled, with handling instructions and safety data. The product is shipped via standard air or sea freight, complying with international transport regulations, and protected against extreme temperatures, sunlight, and physical damage during transit. |
| Storage | Sappan Extract should be stored in a cool, dry place away from direct sunlight and heat sources. Keep the container tightly closed to protect the extract from moisture and contamination. Ideally, store at room temperature and avoid exposure to extreme temperatures. Clearly label the storage container and keep it out of reach of children and unauthorized personnel for safety. |
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Purity 98%: Sappan Extract with 98% purity is used in pharmaceutical formulations, where it ensures consistent bioactive compound delivery. Particle Size <50 µm: Sappan Extract with particle size below 50 µm is used in cosmetic creams, where it enables optimal skin absorption and uniform texture. Stability Temperature 60°C: Sappan Extract stable at 60°C is used in herbal teas, where it maintains antioxidant activity during hot water extraction. Polyphenol Content ≥30%: Sappan Extract with polyphenol content of at least 30% is used in dietary supplements, where it provides strong oxidative stress reduction. Moisture Content ≤5%: Sappan Extract with moisture content less than or equal to 5% is used in nutraceutical powders, where it preserves shelf-life and prevents microbial growth. Solubility in Water ≥95%: Sappan Extract with water solubility above 95% is used in ready-to-drink health beverages, where it ensures complete dispersion and homogeneity. Ash Content ≤1%: Sappan Extract with ash content not exceeding 1% is used in food colorants, where it guarantees product purity and stability. HPLC Standardized: Sappan Extract standardized by HPLC is used in botanical drug applications, where it delivers reliable and reproducible pharmacological efficacy. |
Competitive Sappan Extract prices that fit your budget—flexible terms and customized quotes for every order.
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Years of hands-on manufacturing count most when it comes to specialized herbal extracts. Sappan extract, our flagship plant-derived colorant and functional ingredient, shows what care and deep processing knowledge can bring to market. Our team manages production from starting raw material—the medicinal heartwood of Caesalpinia sappan—through every extraction and quality control stage. The result speaks through the clarity, consistency, and reliability of every batch that leaves our production floor. We select heartwood from mature sappan trees, following supplier relationships built over decades. Experienced technicians oversee every batch, paying close attention to the nuanced color, aroma, and particle size that customers have come to expect. To meet modern manufacturing standards, our sappan extract undergoes rigorous microbial, heavy metal, and solvent residue checks.
Commitment to quality starts far before a drum, bottle, or container sits in storage. We extract the active brazilin compound—responsible for the extract’s deep red color—using carefully controlled temperature and pH. Too much heat, for example, destroys product activity, while a cold soak won’t yield clean color release. Skilled workers monitor this step in real time, using visual cues and titrations, not just machinery. These details are often missed by less experienced operations and lead to variations in purity, intensity, or functional performance. We’ve refined our aqueous extraction and drying method over years—building up a reproducible profile for each finished lot. Part of this process includes regular side-by-side comparisons against international sapannin and brazilin standards for both color measurement (in terms of absorbance spectra) and chemical composition.
Our primary model, Sappan Extract HQ-95, offers standardized brazilin levels above 95%, ensuring pigment and antioxidative capabilities match published therapeutics and food processing applications. Available in free-flowing, spray-dried powder form, the extract carries a deep red hue—free of large agglomerates or darkened, caked spots that hint at poorly executed drying. Each production batch targets a particle mesh size that avoids both dustiness and sticking, making it easy to weigh and disperse. Careful dehumidification preserves color stability in the warehouse, even in hot seasons when lesser extracts show visible browning within days. Users in the natural food color sector, as well as cosmetic formulators, stick with this model for the optical transparency and flavor-neutral profile.
Moisture content, controlled below 5%, is checked at multiple points. This is a real risk in Sappan extract manufacturing, where the natural gum content of the wood can trap water, giving an illusion of dryness until cake rings form at the bottom of storage drums. Our in-process checks and modified vacuum drying ensure these pitfalls don’t make it to your line. Heavy metals and aflatoxin levels fall well beneath EU and US regulations every time—a commitment that requires direct investment in high-resolution detection equipment, not just outsourcing finished samples for once-a-year certificates.
Customers often approach us with past experiences involving faded colors, strange off-notes, or persistent clumping. These issues trace back to corner-cutting in the supply chain, rushed extraction, or improper drying. Our extract provides the reliable punch artisans and large-scale manufacturers have come to depend on. In textile dyeing, the stable color withstands heat during fabric processing, even at pH levels well beyond what most food colorants tolerate. In enteric food coatings, regular users appreciate the absence of harsh tannin aftertastes, something that undermines many crude extracts. Cosmetic firms reach for our extract because their final balms, gels, or color drops retain clarity and expected shades batch after batch.
Stability is more than a buzzword: without formulation stability, finished products lose their commercial value well before shelf-life ends. Our extract’s low-microbial count and clean taste are vital for beverage blenders and craft breweries, who need vibrant, natural red hues without the risk of flavor drift. The high antioxidant content also extends product life, and supports claims for “free-from synthetic” and “label clean” formulations.
Across Asia, herbal medicine practitioners continue to recommend sappan for blood circulation support, menstrual health, and skin repair. We’ve seen these traditional uses spark modern interest in supplement and nutraceutical blends. Our extract has triggered a shift among supplement manufacturers, who use it to standardize capsules and tablets with quantifiable antioxidant content, rather than the bulkier, inconsistent crude powders.
Beverage companies blending botanical tonics add our extract for reliable color stability in both acidic and neutral pH products. In protein bars, functional chocolates, and dessert sauces, formulators value the extract’s mild flavor background—a feature that lets them pair health benefits with rich natural color, without adding masking agents or excessive sugars. Our technical support team has guided customers through applications from small-scale ice cream coloring to high-throughput bottling of herbal drinks, always adjusting particle size and solubility to fit equipment needs.
The textile and cosmetic sectors treat sappan extract as a critical component in premium products. Artisans who hand-dye silk scarves and cotton goods comment on the color’s uniform penetration and resistance to fading after repeated washing, compared to cheaper powders that lose brightness in weeks. Cosmetic chemists use our extract in lip balms, cheek tints, and natural soaps, where batch-to-batch consistency matters for brand reputation. For these users, every step from dissolution to blending needs an extract that doesn’t settle or streak.
Experience shows that not all sappan extracts yield the same performance, even when they claim similar source or concentration. Many producers take shortcuts, like over-diluting the initial extraction water, relying on low-cost drum drying that burns the active pigments, or ignoring crucial screening for contaminants absorbed during shipping. These cause faded pigment strength, off-odors from residual solvents, and failures during high-heat pasteurization in customer plants. We control raw material age—using only well-cured heartwood sourced directly at harvest, not off-color blends sitting in storage yards for months.
Transparency runs through our operation. Customers can follow the batch record for every container all the way back to field lot, not just a generic certificate. Retained batch samples are kept and available for review for two years after production—something impossible for most traders or importers to offer. We don't source on the spot market or rely solely on lab test reports curated for paperwork. Our teams audit both primary and fallback routes for every critical material, making it unlikely for a contaminated source to slip through. These operational controls allow our extraction process to avoid both the typical microbial risks and inconsistent pigment yields.
Additionally, our extract remains stable in low- and high-shear mixing systems—a factor critical for both large beverage tanks and hand-mixing small specialty runs. Competitor products often clump or settle under these conditions, and their poor dissolution slows down production or leads to uneven end product. Customers who switch to our extract remark on the speed and lack of operational headaches, especially when scaling up recipes that previously worked only in the lab.
Manufacturers today face growing scrutiny, not just for the technical quality of their extracts but also the ethics of their sourcing. Our sappan extract carries traceability from field to drum, with raw material partners trained in best practices for sustainable forestry and worker welfare. We avoid major supply interruptions or price spikes by working closely with cultivators rather than large commodity brokers who chase speculative swings. Every shipment receives rejection if the wood’s harvesting history is missing or unclear, as we check back with primary and secondary harvest sites regularly.
Unlike many paint and textile dye industries that have earned a reputation for pollution, our manufacturing site captures all effluent. Operators reuse most water after on-site biofiltration, and drying byproducts go to local energy supply rather than landfill. Our direct control lowers the risk of chemical runoff, residual solvent exposure, or worker safety lapses. These points do not just tick off a compliance box—they are visible in the health of the fields supplying our wood and in the consistency of our annual yields.
Feedback from major food manufacturers, cosmetic houses, and academic labs drives our continuous improvement. Our QA team regularly visits customer production floors, not just relying on remote troubleshooting. This on-the-ground approach uncovers common issues—clogged spray nozzles from oversized particles, pigment fade from incorrectly stored extracts, or batch-to-batch variations not visible at bench scale. Solutions come from shared experience across dozens of real-world applications, not canned technical bulletins. We collaborate directly with machinery suppliers to ensure our standard powder can handle either high-speed bottling lines or small-batch manufacturing.
Third-party audits from leading certification bodies confirm what our own team sees daily. Routine compliance to ISO 22000 and FSSC 22000 ensures food safety management, while in-house HPLC systems allow quantitative analysis matching standards in international pharmacopeias. These investments demonstrate reliability—a priority for manufacturers under regulatory review or facing frequent quality audits.
Sappan extract’s reputation for health benefits matches its high content of brazilin and related phenolics. Research over the past decade has mapped out its antioxidant, antimicrobial, and anti-inflammatory properties, driving demand among formulators seeking health-oriented colorants. Our process retains the maximum spectrum of the wood’s polyphenol profile, which boosts the antioxidant value confirmed by ORAC and DPPH tests. Routine customer batch samples have shown 2000-2800 µmol TE/g antioxidant activity—enough to support label claims for “antioxidant colorant” in finished goods such as beverages, dietary supplements, or natural confections.
Customers in functional foods report both product brightness and label appeal. By focusing on efficient extraction and rapid drying, the final powder keeps aroma and off-tastes to a gentle, woodsy note that blends away during formulation. Supplement makers moving away from synthetic red dyes or unstable anthocyanins find sappan extract a dependable alternative, and receive batch certificates with full quantification of main active compounds—not just generic “total polyphenols” statements.
Long-term partnerships in the ingredients sector depend on something deeper than short-term pricing or flashy brochures. Over two decades, our team has helped manufacturers—from niche botanic beverage brands to global supplement firms—increase yields and scale consistently. Regular communication with production professionals exposes us to the real-life challenges faced by our users. Operational downtime from clogged mixers, losses from pigment fade, and consumer complaints after surface caking all originate in sourcing decisions. Trusted manufacturers address these risks every day so that customers don’t need to troubleshoot on their packaging line.
By committing to transparent sourcing, continuous customer dialogue, and scientific measurement, we deliver an extract that saves costs not by chasing the cheapest offer, but by reducing the unpredictable outcomes downstream. Our staff receives continuous technical training, ensuring each operator recognizes and corrects for subtle batch variation before it leaves the mixing room. These everyday habits produce reliable, consistent sappan extract for technical applications in the world’s most demanding food and cosmetic plants.
Modern market demand grows for plant-based colorants that combine provenance, functional health claims, and flexible usage across finished goods. As regulatory scrutiny tightens for every imported ingredient and as consumers recognize the safety concerns tied to some synthetics, sappan extract draws interest for its traceability, proven stability, and centuries-old legacy of safe use. Developers push the boundaries with new formulations—RTD drinks, snack bars, powdered mix sachets, and premium craft beverages—where bright, persistent color delivers both shelf appeal and story value.
We test our extract in accelerated shelf life studies tailored to evolving client needs. Some food and beverage customers require cold fill stability, while others face high-heat, low-moisture confectionery systems. Our technical support adjusts thermal processing, water activity reduction, and particle size to match these changing requirements. Customers stay ahead of the quality curve by integrating our real-world performance feedback, driving final product adjustments, and preventing repeat process failures.
As manufacturers, we see direct impact from responsible resource management—higher-quality wood means brighter, longer-lasting pigment, and cleaner processing reduces both waste and employee turnover. Through direct collaboration with our grower network, we encourage sustainable harvesting, disease prevention, and replanting initiatives, strengthening the future supply chain.
Ongoing research in collaboration with academics and product developers seeks new applications for sappan extract. Pilot projects in antimicrobial textiles, bio-based packaging, and functional snack foods promise broader use beyond familiar territory. We regularly share data with formulation scientists and offer site visits for universities and industry partners eager to learn about botanical ingredient scaling, fermentation compatibility, or advanced pigment stabilization. These partnerships sharpen our process and help deliver extracts that support next-generation food, beverage, and cosmetic development, with fewer technical surprises once products hit the market.
Every kilo of sappan extract we ship stands behind decades of practical know-how, continual process upgrades, and honest relationships with both growers and customers. The story of our product starts in the forest and finishes in global production lines, shaped by hands-on work at every stage. Our clients return not for the cheapest quote, but for product that delivers measurable results, simplified operations, and peace of mind as regulations evolve. We invite formulators, production managers, and researchers to discuss new challenges with us, so together we can continue building the next generation of safe, natural, and high-performing coloring ingredients.