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HS Code |
706145 |
| Scientific Name | Sesamum indicum |
| Common Name | Sesame |
| Family | Pedaliaceae |
| Plant Type | Annual herb |
| Seed Color | White, black, brown, or red |
| Origin | Africa and India |
| Oil Content Percentage | 45-55% |
| Average Seed Size Mm | 2-4 |
| Growth Height Cm | 60-120 |
| Primary Use | Edible oil and food ingredient |
As an accredited Sesamum Indicum factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | White plastic container labeled "Sesamum Indicum (Sesame Seed) - 500g." Features screw cap, product details, and batch number. |
| Shipping | Sesamum indicum (sesame seed) is typically shipped in bulk or packaged sacks, kept dry, cool, and protected from contamination. Standard shipping involves sealed, labeled containers, with adherence to food safety regulations. It is non-hazardous, so no special handling or hazard labels are required. Ensure ventilation and avoid exposure to moisture. |
| Storage | Sesamum indicum, commonly known as sesame seeds, should be stored in a cool, dry place away from sunlight and moisture. Use an airtight container to prevent exposure to air, which can cause rancidity. For prolonged freshness, refrigeration or freezing is recommended, especially for hulled or ground sesame seeds. Proper storage ensures the seeds retain their flavor, aroma, and nutritional value. |
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Purity 99%: Sesamum Indicum Purity 99% is used in pharmaceutical formulations, where it ensures high efficacy and minimal contamination. Viscosity Grade 230 cP: Sesamum Indicum Viscosity Grade 230 cP is used in cosmetic emulsions, where it stabilizes product consistency and enhances spreadability. Cold-Pressed: Sesamum Indicum Cold-Pressed is used in nutritional supplements, where it preserves bioactive compounds for optimal health benefits. Particle Size <50 µm: Sesamum Indicum Particle Size <50 µm is used in bakery applications, where it enables uniform dispersion and improved texture. Stability Temperature 120°C: Sesamum Indicum Stability Temperature 120°C is used in high-heat food processing, where it maintains oil integrity and resists oxidative degradation. Acid Value <1.5 mg KOH/g: Sesamum Indicum Acid Value <1.5 mg KOH/g is used in edible oil manufacturing, where it ensures longer shelf life and neutral flavor profile. Moisture Content ≤0.5%: Sesamum Indicum Moisture Content ≤0.5% is used in confectionery production, where it prevents microbial growth and enhances product quality. Peroxide Value ≤5 meq/kg: Sesamum Indicum Peroxide Value ≤5 meq/kg is used in salad dressings, where it ensures freshness and prevents rancidity. Unsaponifiable Matter >1.2%: Sesamum Indicum Unsaponifiable Matter >1.2% is used in therapeutic skincare, where it provides enhanced emolliency and skin barrier protection. Refractive Index 1.466–1.470: Sesamum Indicum Refractive Index 1.466–1.470 is used in food quality control, where it confirms product authenticity and processing accuracy. |
Competitive Sesamum Indicum 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.
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Tel: +8615371019725
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Every batch of Sesamum Indicum that leaves our facility begins the same way: meticulous attention to detail. You might wonder why we pay attention to every small step, from sourcing raw seeds to finishing the final packaging. We manufacture Sesamum Indicum with a focus on reliability, knowing processors and formulators expect raw materials without compromise. Standing on the production floor, you realize the difference between words on paper and the unmistakable aroma rising from freshly hulled sesame. Consistency comes from controlled handling and well-tested methods, not just written standards.
We choose registered and recognized seed stock, prioritizing documented origin and purity. It took years of supplier relationships to reach this consistent input quality. Our equipment is tailored to process seeds that stay stable both in storage and in application, with minimal deviation in oil content and moisture levels. Our product staff frequently meet incoming shipments, double-checking by hand for signs of contamination or mechanical damage, not just relying on laboratory results. If you ever decide to visit, you will see us sorting, sieving, and sometimes rejecting entire lots if they do not meet visual or olfactory checks. This hands-on approach means that by the time Sesamum Indicum enters the first mechanical separator, doubts about its authenticity or fitness seldom arise.
We offer several models of Sesamum Indicum, categorized by processing method and final application. The “whole natural seed” variant comes minimally handled, retaining its hull for customers who require fiber and color in their finished products. The “hulled seed” category serves applications where lightness and mild taste are crucial, such as in Asian confections or tahini. Each run is measured for foreign matter, seed size distribution, and residual hull content; repeated lab analyses check oil percentage, moisture, and microbe levels.
For large-scale processors who have automated lines, we supply a cleaned and sorted model guaranteed to have less than a set percentage of broken seeds and foreign plant matter. For those in pharmaceutical or supplement manufacturing, our food-grade, steam-sterilized model reduces microbial contamination risks, with accompanying batch documentation drawn from our in-house QA lab workflow.
We make sure every model matches the real-world needs of blenders, bakers, and industrial formulators who do not want to troubleshoot raw material issues during production surges. In the last five years, we traced most customer complaints back to supply inconsistencies—discoloration, variations in taste, and staling. To address these, we designed a feedback loop between consumer reports, batch records, and our procurement planning. Adjusting the roast curve or modifying sorting equipment calibrations can resolve issues before they reach a vendor’s conveyor belt. The extra step pays for itself in repeat orders.
Chemical and food manufacturing increasingly faces scrutiny for sourcing practices and environmental impact. Our approach reflects hard-earned lessons: direct, long-term agreements with farms, regular visits, and unannounced audits. We have seen how inconsistencies at the field level quickly ripple through processing. By working with growers, we reduce the chance of pesticide misuse and mixed harvesting, conditions often behind rejected loads and shipment delays.
From a manufacturer’s point of view, stable supply chains do not just guarantee delivery schedules; they trim operating costs driven by rejected goods and rushed quality interventions. Our teams visit harvest zones at key points in the season, sometimes bringing portable testing gear to investigate suspected soil issues or pest damage. We collaborate on post-harvest drying improvements, teach local teams to sort faster, and share clear purchase standards. These steps contribute to cleaner incoming seed and ultimately support traceability claims our industrial customers often request.
Brochures and technical sheets present neat tables of analytical values, but behind each number stands a series of daily choices. Temperature setpoints, cleaning cycles, humidity control in storage tanks—each decision tightens product profile variance. In our case, well-chosen color sorters and regular replacement of screens help prevent hull fragments from ending up with pure cream-colored hulling product.
Staff training cycles push us forward. Not long ago, an eleventh-hour machine breakdown before a major shipment forced cross-shift cooperation—one team maintained throughput while another retooled spares from a retired line. This kept the product inside agreed moisture windows and prevented heavy loses from spoilage. In these moments, a manufacturer’s reputation forms around actual actions rather than planned procedures. We value this culture more than any certification badge.
Customers counting on our product to run non-stop baking lines or fill thousands of supplement capsules notice differences between generic resell stock and factory-direct shipment. Consistent granule size, color, and predictable shelf stability distinguish our sesame seed from random commodity supplies. The depth of our QC reporting can support stringent import and blend verification checks, which remain critical for publicly traded corporations and food exporters.
Sesamum Indicum, as grown and processed in our facilities, differs from bulk-traded seed primarily through careful handling at every step. Many sources treat sesame as a low-value input, pushing speed and yield above all else. In our context, quality work shows in smaller batch runs, slower mechanical handling, and pause points for manual inspection.
Raw seeds from our lines rarely suffer from bruising, excessive splits, or unwanted odor changes, problems that arise when harvest and transport schedules are rushed. Customers have told us they detect this integrity in the finished product—the aroma stays true and flavor does not develop off-notes even in long storage. Multiple years of lab tests confirm lower peroxide and acid values in our lots compared to samples from aggregate suppliers.
We select and maintain our process parameters not just for appearance, but for actual downstream performance. Oil extraction customers tell us that smoother filtration and higher extraction yields follow from clean, hull-free seed. Bakehouse processors reach for our sesame when their formulation cannot afford textural surprises or batch-to-batch change. Blending supplement producers count on reduced microbial counts and sound audit trails.
Differences become especially clear in specialty applications. For instance, in halva or tahini production, local chefs explain that raw flavor variations directly trace back to how seeds were dried and stored post-harvest. By keeping our storage climate-controlled and separating incoming lots based on harvest period, we manage enzymatic activity levels that other manufacturers often overlook. Micro results, both plate and PCR, reflect those deeper production choices.
Our Sesamum Indicum finds regular use as a food ingredient in bread, pastry, salad toppings, and sauces. On a commercial scale, bakery chains integrate our seeds both as garnish and in flour mixes, relying on stable taste over seasonal differences. Although most customers recognize it as a common topping, many appreciate how low moisture and low microbial load can extend finished product shelf life, especially in automated sliced loaf or bagel production.
Beyond food, pharmaceutical and nutraceutical manufacturers purchase steam-sterilized lots to use in capsules, tablets, or as a protein supplement base. The accuracy of nutritional content, particularly oil and protein percentages, sets apart batches intended for regulated health products from those headed for snack blends. We utilize in-house blending to ensure each lot meets specified minimums, updating batch documentation and sending real, signed analysis results to buyers.
Nutritional drink makers, especially those in Asia and the Middle East, blend our finely milled sesame powder into shake lines, noting smoother emulsification and fewer visible particulates compared to coarser, less filtered alternatives. The clean flavor and natural color means our product replaces artificial stabilizers or colorants in limited-ingredient applications.
Cosmetic, personal care, and topical product formulators source refined Sesamum Indicum derivatives for creams, lotions, and hair oils. We process seeds for oil extraction with extra filtration, removing proteins and wax residues that may trigger sensitivity in final applications. Allergen testing, traceability requirements, and country-of-origin certificates ship with our cosmetic line, satisfying major multinational procurement standards.
Our technical-grade offers also serve industrial uses, like as a substrate in fermentation vessels or as a bonding agent in specialty coatings. We supply a crushed, pre-treated grade for these customers, ensuring particle size falls within their reactor or mixer’s design parameters.
Every manufacturing client brings a different challenge. While regulatory compliance acts as a baseline, customer audits and specification requests run deeper. Our facility staff responds to audits from both local and international entities, opening production logs and tracking software to verify seed origin, processing dates, and equipment maintenance logs.
Over the past decade, traceability requests rose. We implement unique lot tracking, allowing full backward review from delivered tote to original field batch and farmer contract. Our IT and QA teams adjust paperwork and labeling whenever new export customers add customs or country-of-origin rules. One year, after a major importer faced customs holdups due to unverified pesticide reports, we enhanced our post-harvest testing frequencies and digital documentation to prevent shipment delays from recurring.
Customers also seek transparency about allergens and cross-contaminants. We manufacture on dedicated lines during sesame runs and enforce downtime and surface cleaning between product types. Routine swab testing and retained samples back up our allergen declarations. In sensitive markets like school food service or hospital nutrition, small details make a big difference in buying decisions.
We learned this the hard way after a single out-of-spec reading caused an entire container to be rejected in a European port. Finding the breakdown’s source—missed cleaning in a mixing chute—encouraged us to enhance training and invest in better equipment monitoring. Feedback loops from such field-level failures drive our continuous process improvements more than any regulatory update.
Market buyers often share stories about unreliable supply, with seed bags containing debris, stones, or inconsistent seed size. By staying out of high-speed trading and aggregated lots, we maintain tighter control over every detail. We build relationships with buyers around open order books and shared batch-level data access, making adjustments flexibly rather than chasing the lowest price.
Other manufacturers might overpromise on documentation or traceability but rely primarily on external trading partners who dilute responsibility through multi-layer supply chains. Because we control our intake, production, and outbound shipment, mistakes get caught early and solutions appear faster. Long-term partners occasionally visit during their product launches, sometimes running pilot trials on our processing lines to confirm downstream performance before major orders. These tight collaborations drive tailored adjustments in moisture retention and seed cut range, which industrial buyers cannot expect from large re-packagers.
Standing in the plant, you notice the difference real manufacturing makes: stacks of test report folders, batch logs with handwritten editorials after each shift, and near-daily communication between shop floor and executive team. Our key personnel, from plant managers to QA techs, remain in direct contact with procurement and R&D. This culture ensures fast intervention if batch trends ever start drifting.
Direct manufacturing allows fast turnaround for specialty grades—low-ash, reduced micro, or high-oil content—rather than forcing customers to search through third-party catalogs. The benefit becomes clearest during crisis periods: drought, freight strikes, or sudden export bans. Our customers find steady supply continued, thanks to inventory buffers and strong local sourcing partnerships.
A manufacturer’s experience is defined by more than written metrics. Opening a random storage bin at our facility, a visitor might smell fresh, almost sweet aroma and spot seeds that show only gentle pressure marks, never deep bruising. In contrast, many third-party resellers skip direct checks, missing subtle signs of spoilage that appear long before analytical results fail.
Our partnerships with customers once started as trial runs but soon grew to routine orders after kitchens and plants experienced difference batch integrity made to their yields and product reviews. Many note reduced need for sifting or cleaning, translating directly into reduced downtime, less waste, and better employee morale on the production floor.
We seek input constantly, from specialty food judges to line operators, to hone our process. Adding this feedback to our regular management review, we close the loop that pushes our product quality forward. The direct line from field to finished shipment becomes short enough that customer suggestions shape our future batch planning and equipment investments.
Years spent on our production floors taught us that real-world performance comes directly from granular attention to every detail. In our view, manufacturers must recognize the weight their products carry downstream. People on a bread or biscuit line notice unusable input, and we stand ready to help them find practical solutions. We invest in regular retraining, lab upgrades, and on-the-ground time with both suppliers and bulk buyers to make sure nothing crucial gets missed.
Every improvement, from a new seed color sorter to streamlined QA protocols, gets tested against field feedback. Supporting these investments, technical partnerships, and close customer relationships helps us handle supply disruptions and changing regulations comfortably, with contingency options already worked out and ready to implement.
We pay attention to what operators, line supervisors, and food scientists need and act on that experience, not just what the market currently demands. Over years, the result shows in fewer interruptions, better end-product taste and shelf life, and a supplier relationship built on more than price.
As a manufacturer, staying ahead calls for constant learning and careful adoption of new technology. We watch global crop trends, listen to partner feedback, and test improvements in controlled pilot runs before scaling any process innovation. Environmental and social standards continue to rise, so we expand seasonal planning for field visits, digital tracking, and batch-level audits almost every year.
We see customer needs evolving toward greater transparency, responsible farming, and smarter logistics. We prepare for unexpected supply challenges, holding buffer stock with robust documentation. Partners increasingly integrate blockchain and remote audit tools; we test new approaches for secure digital record-keeping and on-demand data sharing.
A fuller manufacturer’s perspective comes down to a simple idea: delivering trust in every lot. We never take for granted the trust placed in our product, and we welcome dialogue with every partner to create smoother, smarter supply chains and consistently high-performing Sesamum Indicum.