|
HS Code |
433101 |
| Product Name | Broad Bean Extract |
| Botanical Source | Vicia faba |
| Appearance | Fine powder |
| Color | Light brown |
| Solubility | Water soluble |
| Main Ingredient | L-dopa |
| Part Used | Seed |
| Odor | Characteristic odor |
| Purity | ≥98% L-dopa (customizable) |
| Moisture Content | ≤5% |
| Storage Conditions | Cool, dry place |
| Shelf Life | 24 months |
| Extraction Method | Water or ethanol extraction |
| Bulk Density | 0.4-0.6 g/ml |
| Country Of Origin | China |
As an accredited Broad Bean Extract factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The packaging for Broad Bean Extract contains 500g in a sealed, food-grade, silver foil pouch with clear product labeling and usage instructions. |
| Shipping | Broad Bean Extract is shipped in airtight, food-grade containers to preserve freshness and prevent contamination. Packages are securely sealed, labeled per regulatory requirements, and protected from moisture and light. Shipping is conducted via temperature-controlled transport if required, ensuring the extract maintains its quality and safety during transit. |
| Storage | Broad Bean Extract should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and sources of heat or moisture. Keep the container tightly sealed when not in use. Avoid exposure to strong oxidizing agents. Store at room temperature and prevent contamination to preserve the extract’s stability and effectiveness. |
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Purity 98%: Broad Bean Extract with purity 98% is used in pharmaceutical formulation, where it ensures high bioactivity and consistent therapeutic efficacy. Total Polyphenols 40%: Broad Bean Extract with total polyphenols 40% is used in functional food products, where it provides potent antioxidant capacity for cellular protection. Particle Size D90 <50 µm: Broad Bean Extract with particle size D90 <50 µm is used in nutrient powders, where it improves solubility and absorption rate. Water Solubility 95%: Broad Bean Extract with water solubility 95% is used in beverage applications, where it enables rapid dissolution and homogeneous distribution. Stability Temperature up to 60°C: Broad Bean Extract with stability temperature up to 60°C is used in processed food fortification, where it maintains bioactive integrity during mild thermal processing. Protein Content 65%: Broad Bean Extract with protein content 65% is used in sports nutrition formulations, where it supports muscle protein synthesis and recovery. Moisture Content <5%: Broad Bean Extract with moisture content <5% is used in encapsulated supplements, where it enhances shelf-life and prevents microbial growth. Heavy Metals <0.1 ppm: Broad Bean Extract with heavy metals <0.1 ppm is used in infant nutrition products, where it ensures safety and regulatory compliance. Viscosity Grade 500 mPa·s: Broad Bean Extract with viscosity grade 500 mPa·s is used in meal replacement drinks, where it improves mouthfeel and suspension stability. Flavonoid Content 20%: Broad Bean Extract with flavonoid content 20% is used in dietary supplements, where it delivers strong anti-inflammatory benefits. |
Competitive Broad Bean Extract 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.
Tel: +8615371019725
Email: admin@sinochem-nanjing.com
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In chemical manufacturing, the choices we make direct both our output and the trust our colleagues place in our products. Broad bean extract isn’t just a new listing on a catalog; it stands as a testament to careful process control, selection of quality raw materials, and understood applications rooted in real-world industries. Having produced plant-based chemical ingredients for over two decades, we’ve seen so many product waves—each promoting the next “in-demand” extract. Few have shown the staying power and growing demand of broad bean extract, and that’s not by accident.
Broad bean extract comes directly from Vicia faba, a plant familiar for its role in human food history and agriculture. This raw starting point counts for more than just marketing appeal; the agricultural inputs matter, dictating performance further down the chain. In our facility, we source beans grown in well-managed farms—selected through strict evaluation, not simply by accepting commodity shipments. Clean input means cleaner extract, fewer surprises during processing, and higher quality output.
Our most requested broad bean extract model is a standardized powder with a specified concentration of L-dopa and other active components, meeting the routine industrial targets demanded by our clients in food, supplements, and specialty chemical applications. The powder form consistently offers a balance between ease of handling, solubility, and extended shelf life under warehouse conditions.
Years of manufacturing have shown that broad bean extract’s value depends on several controlled parameters. Color, odor, taste, and the uniform content of key compounds—especially L-dopa—top the list. We keep the active content tightly within a specified range consistent with customer feedback, with HPLC batch testing as part of our daily QC process. Moisture, ash, and microbiological counts follow strict industry standards, guarding against caking, hidden impurities, or shelf loss. Our plant’s open-door policy with auditors and clients lets anyone see first-hand the daily routines that anchor product safety and consistency.
Proper packaging and handling prevent most downstream issues. For bulk orders, we use sealed, food-grade containers—not more expensive than needed, but always up to job against moisture or contamination. Warehouse teams note the importance of safe forklift handling and regular audits—no magic tricks, just skilled work and routine training. Every shipment receives tracking, allowing users to trace batch and source, proving reliability does not end at our gate.
Words like “versatile,” “all-natural,” and “plant-based” float through so many brochures, they’ve lost meaning. In the field, the real value of broad bean extract emerges in defined, practical uses. The supplement industry values its targeted functional ingredients—especially L-dopa, naturally present in higher levels in broad beans compared to most plants. R&D teams in sports nutrition, nootropics, and herbals all cite its role, not for vague wellness claims, but for precise, science-backed functions.
We also see strong uptake in food processing. The mild taste and neutral profile mean the extract integrates easily with processed foods, meal replacements, and powders, without unexpected off-flavors or visibility in the final product. Biotechnology companies have tested our extract for its cost-effective sourcing of L-dopa and natural phytochemicals—sometimes outperforming synthetic routes both in cost and perceived consumer value.
Every manufacturer faces the question: what makes broad bean extract different from pea, soy, or other plant-derived extracts? Protein level, amino acid profile, cost-to-yield, and supply chain reliability all figure into the calculus. Broad bean extract offers distinct advantages based on its unique phytochemical composition. For formulations targeting dopamine pathways or natural antioxidants, broad bean extract delivers higher L-dopa concentration than peas or lentils, and without the supply disruptions often associated with specialty botanicals.
Soy-based extracts, while abundant and cheap, bring their own baggage—potential allergens, regulatory hurdles (especially in export markets), and mounting consumer skepticism about genetically modified sources. Broad bean extract sidesteps these headaches. We have built long-term relationships with non-GMO suppliers, keeping documentation accessible for end-users or regulatory submissions.
Another distinction arises in the realm of application performance. Some new customers switched to broad bean extract after finding pea protein’s functional properties didn’t survive their manufacturing steps—either vanishing during heat treatment or forming undesirable textures or flavors. Our broad bean extract holds up in a variety of conditions, confirmed by feedback from food technologists and supplement formulators.
Cost considerations also shape user preference. While broad bean extract may carry a higher unit price than some basic legume extracts, its consistent compound levels allow less use in end formulas to achieve desired effects—ultimately offsetting initial outlay, especially when purity and functionality matter more than just bulk protein.
Talk about “quality” means little if it only stays at the paperwork level. Our approach builds from experience—gained solving real-world contamination scares, raw material shortages, and angry customers calling for answers. That’s why our traceability starts with batch coding at the point of receipt, not just finished lot numbers. Every incoming shipment gets sampling, full-panel testing, and backup reference kept in our internal archive. Dusty ledgers have been replaced by digital logs, accessible for any regulatory check or client audit at a moment’s notice.
We regularly work with food technologists and supplement formulators who need real numbers; not just certificates, but reproducible test results. We provide both in-house HPLC data and third-party testing, enabling better trust. This commitment saved both us and our clients from unwelcome regulatory attention on more than one occasion.
Contamination or adulteration issues, so frequent in online-sourced extracts, rarely arise here because of our integrated supplier relationships and regular site inspections. We visit farms often—a farmgate handshake does more for long-term quality than another signed PDF claim ever could.
The market for plant-based ingredients grows each year, but not everyone benefits equally or avoids quality pitfalls. We have learned from both our own mistakes and those told by customers leaving lower-cost suppliers. Part of our job is helping partners understand the limits and true potentials of broad bean extract, not promising miracle results unsupported by data.
Clients ask about scalability:a sports nutrition brand needs predictable batches for global launch, or a food startup wants consistent functional performance—not batch-to-batch variation. Our equipment upgrades and process controls—granulation settings, drying temperature ranges, and rapid moisture control—come from years of direct feedback, not only process modeling on paper.
In practice, our partners cite reduced waste, less downtime, and easier product launches with our broad bean extract, compared to products “optimized” for price-over-quality. Actual support goes beyond the invoice. Our technical team shares what we know about blending, solubility, and stability, speaking openly about the material’s strengths and limitations. The aim isn’t just to close a sale, but to build mutual success.
No chemical manufacturer ignores the pressure of sustainability in today’s market. But there’s a gulf between green slogans and actual improvements in field or factory. Faba bean crops offer rotational benefits to soils, fix nitrogen, and demand fewer high-impact inputs than many monoculture protein sources. We shifted to more localized sourcing five years ago, cutting transport emissions and shortening supply chains.
Adopting more sustainable packaging reduced disposal headaches for our clients, and we distribute data that documents environmental savings. We now generate less waste per ton of extract than ever before, a target reached by both process efficiency and supplier education. Our engineering team also tracks water and energy use through every production cycle, sharing the data both internally and with customers who need it for ESG compliance checks.
Seasonal crop cycles still impact raw material prices and availability. To protect downstream users, we engage in forward supply agreements, buy early, and store under precisely managed environmental controls. These steps have shielded our clients from price shocks tied to harvest failures—a frequent risk in the more speculative botanical extract markets.
Broad bean extract has enjoyed easier regulatory acceptance compared to more novel or poorly characterized plant sources. That doesn't mean shortcuts. We continue to comply with major standards in each destination market. For supplement clients, we provide detailed technical and toxicology dossiers, updated regularly to reflect new science or requirements. For food applications, we ensure compliance with published positive lists from major regulatory authorities.
Years of compliance experience makes us look ahead. For instance, one export partner faced a sudden regulatory demand for country-of-origin traceability. Because we maintain real records—not “optimized” documentation—demands were met within days, not weeks. These experiences guide others, keeping both our team and partners ready for evolving guidelines.
It’d be easy to gloss over the tough points in making and supplying broad bean extract. Like all agricultural ingredients, broad bean extract brings variability by nature—weather, disease, inconsistent harvests. We fight unpredictability with practical solutions: rigorous crop vetting, backup suppliers, and investment in analytical tools. Technology—like automated near-infrared sorting—cuts risk of out-of-spec beans entering production. Our success depends on never assuming “close enough” will work.
We still face client requests for “cheaper” extracts—almost always followed by quality complaints after sourcing elsewhere. The lesson here is clear: consistent investment in quality pays for itself downstream. Conversations with food developers sometimes revolve around non-functional, untested suppliers in the rush to cut costs. The result is wasted time, disrupted launch schedules, and lost market credibility.
Another recurring issue: false promises about extract properties from less-scrupulous vendors. We don’t claim our extract can work miracles; we provide accurate technical support and let results—measured, not imagined—make the case. This policy keeps the industry on firmer ground and saves users from costly missteps.
Long-term users often share that switching to our broad bean extract improved the predictability of their processes and reduced complaints at line level. A flavor house noted fewer off-notes in snack prototypes. One sports supplement brand saw more reliable assay results, saving on batch recalls. The difference isn’t usually dramatic at the headline level, but steady performance wins over time.
Even in high-volume commodity environments, reliable supply chains are quietly vital. We field fewer emergency calls now than five years ago, thanks to experience and constant improvement in both sourcing and logistics. These stories rarely make marketing decks, but they shape the partnerships we value most.
Broad bean extract will likely play a bigger role in the years to come. Industry demand for natural, traceable plant-based ingredients grows with end-user awareness and regulation. Our years in this field mean every batch reflects lessons learned: human error, market volatility, surprises in the lab. Careful process control, responsive quality teams, and hands-on supplier relationships built a standard that we won’t compromise for easy wins.
Those seeking reliable, plant-based extracts will find broad bean extract, managed from seed to shipment, offers real-world benefits rooted in chemistry, agriculture, and transparent business practice. To us, it’s not just another SKU—it’s a daily commitment to a standard that keeps our partners running strong.