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Citrullus Lanatus Seed

    • Product Name Citrullus Lanatus Seed
    • Alias Watermelon Seed
    • Einecs 297-906-4
    • 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

    766722

    scientific_name Citrullus lanatus
    common_name Watermelon Seed
    family Cucurbitaceae
    seed_color Black, brown, or white
    seed_shape Oval and flat
    edibility Edible, often roasted or raw
    culinary_use Used in snacks, salads, and baked goods
    origin Africa
    hardness Hard outer shell
    nutrients Rich in magnesium, zinc, and iron

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

    Packing & Storage
    Packing Sealed aluminum pouch containing 100g of Citrullus Lanatus Seed, labeled with product name, batch number, and storage instructions.
    Shipping Citrullus Lanatus Seed is shipped in sealed, moisture-proof packaging to preserve freshness and viability. Packages are clearly labeled and handled with care to prevent damage. Seeds are transported under cool, dry conditions and shipped promptly to meet agricultural standards, ensuring safe delivery to the destination. Suitable for both bulk and retail orders.
    Storage Citrullus lanatus seed (watermelon seed) should be stored in a cool, dry, and well-ventilated place, away from direct sunlight and moisture to preserve its quality. Use airtight containers to protect from insects and contaminants. Proper storage prevents spoilage and maintains seed viability for future planting or consumption. Keep away from strong odors and chemicals to avoid cross-contamination.
    Application of Citrullus Lanatus Seed

    Applications of Citrullus Lanatus Seed in Industrial Manufacturing

    Citrullus lanatus seed, derived from the watermelon plant, offers specialty functional properties widely utilized in downstream sectors such as food ingredients, cosmetics, nutraceuticals, animal nutrition, edible oils, and specialty chemical derivatives. As a direct manufacturer with vertically integrated sourcing and standardized quality controls, we enable tailored integration of this botanical raw material in advanced production environments.

    1. Cold-Pressed Edible Oil Production

    Industrial processors value watermelon seed oil for its mild flavor, high linoleic acid content, and low saturated fat. The seeds undergo mechanical dehulling and cold-press extraction, yielding a light, clear oil suitable for premium culinary and foodservice applications. Oil processors adjust processing temperatures and filtration protocols to preserve natural antioxidants, ensuring batch consistency. Manufacturers select seed lots and monitor fatty acid profiles to comply with international food oil standards.

    Industry compliance standards

    • Codex Alimentarius Standard for Named Vegetable Oils (CODEX STAN 210-1999)
    • US FDA 21 CFR Part 172 (Food Additives Permitted for Direct Addition to Food for Human Consumption)
    • EU Regulation (EC) No 1333/2008 (Food Additives)
    • ISO 22000:2018 (Food Safety Management Systems)

    Typical usage ratio

    • 100% pure for single-seed oil line
    • 5–30% in multi-seed edible oil blends based on flavor, fatty acid profile, and oxidative stability requirements

    Downstream process integration

    • Input as whole or dehulled seed to mechanical screw press or hydraulic press
    • Immediate filtration post-pressing to reduce particulate content
    • Optional winterization or mild refining for clarity and shelf life

    Final product types

    • Gourmet culinary oils (bottled retail oils)
    • Frying and salad oil blends
    • Bakery fat pre-mixes
    • Food service oil drums

    2. Protein Concentrate for Plant-Based Foods

    Seed meal from de-oiled watermelon seeds contains naturally high levels of plant protein and minimal antinutrients due to the species’ low phytate content. Food manufacturers utilize water or mild alkaline extraction to produce protein concentrates or isolates for meat analogues, plant protein beverages, and specialty bakery mixes. The hydrocolloid and emulsifying properties enhance product texture, improving process yield and reducing dependence on allergenic soy or dairy proteins.

    Industry compliance standards

    • US FDA GRAS (Generally Recognized as Safe) for seed protein ingredients
    • EU Regulation (EU) No 1169/2011 (Food Information to Consumers, allergen labeling)
    • FSSC 22000 (Food Safety System Certification)
    • China GB 31645-2023 (National Food Safety Standard for Food Protein Products)

    Typical usage ratio

    • 10–40% in plant-based protein blends for beverage and supplement powders (dosage adjusted for protein target, flavor, and functional properties)
    • 2–8% of total recipe weight for meat analogue and vegan burger formulations

    Downstream process integration

    • Input as defatted seed flour in dry blending for protein premix
    • Optional wet extraction for higher purity isolates, with precipitation and spray drying
    • Direct addition to extruder feed for meat analogues

    Final product types

    • Plant-based beverage protein powders
    • Vegan meats and meat analogues
    • Bakery protein enrichment mixes
    • Gluten-free multipurpose baking powders

    3. Botanical Base in Cosmetic and Skin Care Manufacturing

    Oil derived from watermelon seeds shows high absorbency and light texture, making it suitable as a carrier ingredient in cosmetic lotions, facial oils, and specialty creams. Cosmetic manufacturers favor the seed oil for its skin compatibility, rapid absorption, and low potential for comedogenicity. Quality control verifies purity, fatty acid composition, and peroxidation markers to meet regulatory and product stability criteria. Seed oil processing follows cosmetic GMP for direct use in industrial blending tanks.

    Industry compliance standards

    • EU Regulation (EC) No 1223/2009 on Cosmetic Products
    • US FDA 21 CFR 700–740 (Cosmetic Labeling and Safety)
    • ISO 22716:2007 (Cosmetic Good Manufacturing Practices)
    • Japan Standards of Quasi-drug Ingredients (JSQI) if applicable

    Typical usage ratio

    • 2–12% in facial oils and serums (variable based on emollient blend and absorbency target)
    • 0.5–6% in creams, body lotions, and scalp treatments

    Downstream process integration

    • Pumped into oil phase vessel during batch emulsification
    • Optional direct blending in cold process formulations
    • Stabilizer addition and controlled temperature mixing to avoid oxidation

    Final product types

    • Lipid-rich skin serums
    • Moisturizing body lotions
    • Facial creams and emulsions
    • Natural makeup remover oils

    4. Functional Animal Feed Ingredient

    After oil pressing, seed cake contains superior digestibility and micronutrient profile suitable for inclusion in animal and poultry feed. Compound feed producers analyze for protein levels, fiber, and anti-nutritional factors to define batch application especially for monogastric and aquatic species. Typical blending maximizes protein fortification while minimizing formulation cost. Botanical traceability and absence of adulterants must be documented for compliance with regional feed safety frameworks.

    Industry compliance standards

    • EU Regulation (EC) No 767/2009 (placing on the market and use of feed)
    • US FDA 21 CFR Part 573 (Food Additives Permitted in Feed and Drinking Water of Animals)
    • AAFCO Official Publication (Association of American Feed Control Officials)
    • GMP+ Feed Safety Assurance Scheme

    Typical usage ratio

    • 2–8% of compound feed for ruminants, adjusted for energy and protein targets
    • Up to 15% in poultry and aquaculture feeds post amino acid balance assessment

    Downstream process integration

    • Direct dry blending of seed meal into pellet or mash feed miller
    • Can be micronized for improved digestibility before final extrusion
    • Inclusion in mineral and multinutrient premix tubs

    Final product types

    • Poultry breeder feed pellets
    • Aquaculture floating feed
    • Livestock compound mash
    • Ruminant high-protein feed blocks

    5. Extraction for Nutraceutical Ingredient Production

    Phytochemical extraction from watermelon seeds enables standardized bioactive ingredient production for the global nutraceutical market. Industrial processors capture L-citrulline, essential fatty acids, and trace minerals using aqueous and solvent extraction. Purification steps ensure specified marker compound levels for compliance with regulatory monographs. Downstream users document botanical identity and batch traceability from seed lot to finished product label.

    Industry compliance standards

    • US Pharmacopeia (USP) and FCC monographs for botanical extracts
    • EFSA Novel Food Approval (EU Regulation (EU) 2015/2283)
    • China Health Food Ingredient Catalog, GB 16740-2014
    • ISO 22000 and GMP for dietary supplements

    Typical usage ratio

    • 5–20% extract in capsule, softgel, or tablet form (based on target active dosage and extract purity)
    • 0.1–3% in functional beverage liquid concentrates

    Downstream process integration

    • Macroparticle infusion or countercurrent extraction of ground seed material
    • Drying and micronization of extract for supplement premix
    • Direct liquid mixing for ready-to-drink (RTD) beverage formulations

    Final product types

    • L-citrulline dietary supplement capsules
    • Functional drink pre-mixes
    • Multi-botanical powder blends
    • Enriched wellness gummies
    Free Quote

    Competitive Citrullus Lanatus Seed prices that fit your budget—flexible terms and customized quotes for every order.

    For samples, pricing, or more information, please call us at +8615371019725 or mail to admin@sinochem-nanjing.com.

    We will respond to you as soon as possible.

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    Certification & Compliance
    More Introduction

    Citrullus Lanatus Seed: A Manufacturer's Insight

    Knowing the Seed, Knowing the Process

    Citrullus Lanatus, often called watermelon, grows in fields stretching across climates and continents. Beneath the vibrant fruit, you’ll find its small but significant seeds—an ingredient that means more to a manufacturer than meets the eye. Long before the seed lands in a milling machine or packaging line, it takes a journey from soil to sorting. Our facility works with this raw material each day. Experience has taught us that the real value lies in selecting genuine origin, tracking freshness, and calibrating every step to protect the natural qualities of the seed itself.

    Product Model and Processing Focus

    In our production line, Citrullus Lanatus seed comes in varieties harvested for different uses, but most batches we process focus on oil extraction and protein-rich applications. The raw seeds, stripped and cleaned in our own facilities, receive careful attention. We run multi-stage sieving to remove debris and separate by kernel size, since oil yield and taste depend on that consistency. Our typical model for industrial supply keeps seed moisture controlled under 10%—a threshold that safeguards quality during transit and later extraction. Years of handling this crop have shown that subtle differences in seed size affect pressing efficiency, so our lines keep grading strict.

    Specification: Details That Matter

    With experience, we have learned that Citrullus Lanatus seed is sensitive to air and humidity. Our machines keep a constant low-humidity climate, reducing oxidation risks. The finished product is packed within hours after cleaning, using packaging that keeps both light and oxygen away. We never introduce chemical preservatives. For customers demanding roasted or raw variations, our team carefully monitors roast levels to meet the needs of edible producers and cosmetic formulators alike. Many underestimate how natural oils from the seed influence batch-to-batch consistency. We keep records of seed origin, moisture, and storage dates on every lot, not out of habit but because small details prevent headaches down the chain.

    End Uses: Direct and Industrial Pathways

    Our factory ships Citrullus Lanatus seed to food manufacturers, supplement formulators, and cosmetic processors. Food producers typically grind or roast the seed for use in snacks or nutraceutical blends, benefiting from its high protein content and distinctive flavor. In oil production, the focus shifts to yield and clarity—here, the seed’s fat percentage becomes critical. Cosmetic and pharmaceutical clients often ask for cold-pressed oils derived from select grades of seed, and rely on us to provide consistent, authenticated material free from contamination.

    Few realize the seed serves uses beyond oil or meal. In-house trials led us to supply extracts for functional beverages and even pet nutrition. Some customers prefer hulled versus full seeds, depending on the texture and starch content they need. Our job as the original processor involves knowing which traits support which end use—and adapting batch handling accordingly.

    Where Our Seed Differs

    Not all Citrullus Lanatus seeds are the same. The difference lies in the field and in the mill. Many traders sell mixed-origin seeds to cut costs or blend lots to meet bulk demand. Our approach insists on single-origin traceability. Each inbound truckload is checked not just for color and moisture, but also for germ count and purity. Seed born from hybrids or improperly cured lots can gum up pressing equipment or produce off-flavors. Over years running our press lines, we notice good seed carries a natural sheen, cracks cleanly, and packs oil clean enough that post-processing filtration needs less intervention.

    Seed handled by traders often looks similar at first glance, but once processed it tells a different story. Inedible residues, poor flavor, and diminished yields can haunt buyers who source on price alone. Our direct model gives control over each supply step, giving the factories who buy from us less troubleshooting and more predictability.

    Comparing to Other Oil Seeds

    Working with sunflower, pumpkin, and sesame has given us points of comparison. Citrullus Lanatus seed contains less lignin than many oil seeds, so its meal remains soft after pressing. This fits producers who want added value from byproducts instead of hard, coarse meal waste. The oil profile stands apart too. While sunflower leans heavier on linoleic acid, Citrullus Lanatus oil brings a softer character—blending well in skincare or as a carrier in supplements. Its mild, nutty aroma remains steady through cold pressing, yet doesn’t overpower—something experienced formulators seek for delicate flavors.

    Processing differences shape how we configure machinery. Pumpkin seeds demand slower roasting and lower feed rates; sesame holds more surface dust. But Citrullus Lanatus, with its streamlined shell, lets us move at higher throughput while keeping product integrity intact. The process may seem simple from the outside, but inside a real facility, each seed brings demands for temperature, time, and handling that go beyond technical manuals.

    Why Quality Matters—A Manufacturer’s Perspective

    Quality mistakes cost time, money, and trust. In the past, we’ve seen what happens when low-grade seeds sneak into a batch: presses clog, odors rise, and yields drop. We have devoted effort to direct sourcing relationships with growers willing to meet higher standards. Instead of buying on mere volume, we inspect crops in the field, verify genetic purity, and contract for storage methods that limit exposure to pests or unexpected rainfall. Experienced workers in our plant can smell by instinct when seed needs to be rerun through a dehumidifier—this is the kind of judgment that spreadsheets miss but real output demands.

    Each season presents new variables. Drought changes oil content; heavy rain brings risks of sprouting and fungal contamination. Because our livelihood depends on reliable outcomes, we track lab results and align with third-party auditors who certify seed quality at every intake. Past missteps have driven us to focus on transparency. Our shipping documentation stays detailed, connecting every outbound bag to its field and batch. This gives downstream processors a level of assurance that goes beyond industry minimums.

    Handling Challenges in the Market

    Price swings and supply interruptions remain common headaches in the seed world. Some seasons, land under watermelon shrinks because growers shift to other crops promising better returns. We hedge against such volatility through diversified sourcing and by working with local cooperatives. As the manufacturer, just-in-time buying rarely fits our need; we bank on contract buying and preventative storage. Losses from spoilage or outdated seed run high if moisture or insect controls slacken, so our warehouses stay climate-controlled year-round.

    Fraud occasionally creeps in, with unscrupulous actors blending in lower-quality seeds or even foreign seed types. Years in the trade honed our lab’s ability to flag outliers quickly—random checks catch the difference between genuine product and fill-ins. Relationships with our buyers hinge on this diligence, because a single bad batch can trickle penalties all the way back to us. The occasional recall in the wider industry always circles back to neglect or shortcuts at the processing end. Our staff know to treat every load as a trust account: respecting standards, assuming responsibility, and documenting every step so problems are solved, not passed along.

    Innovation through Experience

    Innovation at our site rarely looks like automation for its own sake. Sometimes improvement means going back to the basics—testing new field varieties for higher oil yields, or tweaking roast times based on off-the-cuff observations by the shift lead. We engage in collaborative projects with research institutes and functional food startups, giving them access to custom-processed seed lots for development trials. Feedback comes not in technical jargon, but in performance: better throughput for large buyers, cleaner taste or color for specialized buyers.

    Our plant has built custom lines to dehull seed for niche food applications, serving the emerging needs of plant-based protein and specialty snack manufacturers. For cosmetics, careful cold pressing protects delicate compounds like sterols that can degrade with heat. These lessons come from hands-on problem solving, not just from reading industry bulletins. The skills in blending batch results or dialing in storage times grow from troubleshooting mistakes and learning from each season’s batch outcomes.

    Tracing the Seed from Field to Shipment

    Transparency matters more today than ever before. Our buyers frequently request audit trails, not only because regulations tighten each year, but also because their own customers demand assurance. As a manufacturer, we keep very granular records from the moment a batch of seeds is harvested. Lot coding ties every shipment back to its harvest date, grower, and storage location. Regular testing—both in-house and at third-party labs—targets critical contaminants such as aflatoxins, pesticide residues, and heavy metals.

    During the handling and sorting of seed, our workers know that even a small lapse can open the door to contamination. Wet seed drives mold, so our focus remains on moving freshly picked product into drying tunnels within strict timeframes. Our experience reminds us that rushing or skipping this step almost always ends in waste. Even with mechanical aid, our team checks for visual and scent clues no machine can catch. The odd batch with ‘off’ aroma or discoloration still gets flagged before it ever sees packing.

    The Impact of Growing Conditions

    Farming practices shape every lot of seed we process. Some years, peak oil formation misses the main harvest by a narrow window. Direct communication with growers helps, as they know local weather better than any sensor. Sharing this field knowledge speeds rapid response to harvest risks or storage bottlenecks. Issues like drought or unseasonable rain don't always make headlines but ripple through the market in yield and quality shifts.

    Standard agronomy never accounts for these year-to-year swings as quickly as firsthand monitoring. Before any new crop is processed, on-site visits and pre-shipment samples keep surprises in check. Our long relationship with growers gives us an edge in coordinating best practices, maximizing both yield and shelf life for each season’s seed.

    Sustainable Sourcing and Waste Reduction

    Waste reduction sits at the center of our values—less from environmental theory and more from practical necessity. Every load lost to spoilage or sub-par quality hits the bottom line, and landfilling off-spec seed doesn’t bring us or our customers any benefit. Through adjustments in field handling, better drying practices, and smarter batch blending, we keep usable seed output high and losses low.

    Seed byproducts move into secondary industries: meal into animal feed, hulls into biomass, oilcake into fertilizer accents. These side streams demand their own quality controls. Our meal customers, often feed mills or fertilizer blenders, report fewer clumping or storage issues with product from our line than from blends elsewhere. Such feedback comes from mutual trust built over repeated cycles, not from one-off transactions.

    Listening to Downstream Needs

    Interaction with buyers does not stop at the point of sale. Food companies who use our seed, especially those marketing to health-conscious consumers, scrutinize traceability and allergen controls. Cosmetic and nutraceutical firms test every new lot for purity and bioactive markers. We respond by offering batch samples, transparency in production methods, and ongoing collaboration on tweaks to process or packaging. The feedback loop runs in both directions—sometimes buyers help solve problems before we even notice them, alerting us to storage issues or transport anomalies.

    Processing trends shift. Increased demand for germinated or sprouted seed applications led us to trial controlled sprouting regimes and specialized drying. Maintaining food safety with more delicate products called for upgrades in cleaning and air filtration within our facilities, along with changes to our own inspection methods. Listening to needs outside our own walls shapes production better than chasing industry buzzwords.

    The Journey Ahead: Adapting, Improving, Sustaining

    Markets evolve, uses expand, and expectations never stand still. Watermelon seed, once a regional snack or a byproduct, today sits at the core of high-value oil and protein trends. Our role, as the manufacturer, ties directly to reliability and relevance. This comes from refining methods, investing in staff training, and refusing to cut corners even during lean years.

    Our work with Citrullus Lanatus seed brings daily lessons. Success means not just filling orders, but understanding the journey from ground to package, the values of those who trust us as a supplier, and the real-world challenges nobody can predict. Each seed carries its own history, and as its handlers, we owe both the grower and the end-user our full measure of care, commitment, and skill forged through experience.