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Cicer Arietinum Seed Extract

    • Product Name Cicer Arietinum Seed Extract
    • Alias Chickpea Seed Extract
    • Einecs 931-331-1
    • 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

    279666

    INCI_Name Cicer Arietinum Seed Extract
    Common_Name Chickpea Seed Extract
    Plant_Source Cicer arietinum (chickpea)
    Extraction_Method Solvent extraction
    Appearance Yellowish to brownish liquid or powder
    Solubility Water-soluble
    Main_Components Proteins, polysaccharides, amino acids, saponins
    Function Skin conditioning agent
    Applications Cosmetics, personal care, hair care, skin care
    Origin Botanical/Plant-derived
    Preservatives Usually preservative-free, but may contain added preservatives in formulations
    Vegan_Status Vegan
    Allergen_Potential Low
    Stability Stable under recommended storage conditions
    Shelf_Life Typically 1-2 years

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

    Packing & Storage
    Packing Cicer Arietinum Seed Extract is packaged in a 500g amber glass bottle with a secure screw cap and clear labeling.
    Shipping Cicer Arietinum Seed Extract is shipped in sealed, food-grade containers to preserve quality and prevent contamination. Containers are clearly labeled with batch information and handling instructions. During transit, the extract is kept away from direct sunlight, moisture, and extreme temperatures to maintain efficacy. Proper documentation accompanies each shipment for traceability.
    Storage Cicer Arietinum Seed Extract should be stored in a tightly closed container, kept in a cool, dry, and well-ventilated area. Avoid exposure to direct sunlight, moisture, and extreme temperatures. Store away from incompatible materials and sources of ignition. For optimal stability and to prevent contamination, it is recommended to keep the extract at room temperature between 15°C and 25°C.
    Application of Cicer Arietinum Seed Extract

    Applications of Cicer Arietinum Seed Extract in Industrial Manufacturing

    Cicer Arietinum Seed Extract, derived from the seeds of chickpea, is a multi-functional botanical raw material widely used across several industrial applications. As a manufacturer specializing in controlled extraction and quality assurance, we supply this ingredient to diverse sectors demanding plant-based functionality, stringent compliance, and well-controlled processing parameters.

    1. Natural Cosmetics and Personal Care Formulation

    Leading cosmetics manufacturers incorporate this extract for its protein content and moisturizing properties in skin and hair care systems. The ingredient supports the formulation of nourishing creams and conditioners requiring clean-label botanical actives. Integration into water or oil phases must meet batch-to-batch consistency and stability, with key quality checkpoints on contaminant residues, plant protein profile, and micro load. Elevated standards in EU and US markets stress traceability, validated plant sourcing, and full toxicological documentation for safety claim substantiation.

    Industry compliance standards

    • ISO 22716:2007 (Cosmetics GMP Guidelines)
    • EU Regulation (EC) No 1223/2009 (Cosmetics Products Regulation)
    • REACH Annex II/III for botanicals
    • FDA 21 CFR 700-740 (Cosmetic Safety in the US)

    Typical usage ratio

    • 1.0% – 5.0% w/w for skin creams and lotions
    • 0.5% – 2.5% w/w for rinse-off shampoos and conditioners
    • Developers adjust inclusion rate by desired bioactivity and sensory performance during scale-up

    Downstream process integration

    • Dispersed post-emulsification or added to the aqueous phase during bulk compounding
    • Sheared under moderate agitation to ensure plant protein dissolution
    • pH and preservative system monitored for compatibility
    • QC checkpoints include plant extract identity, heavy metals, and microbial limits

    Final product types

    • Hydrating face creams
    • Nutritive hair masks
    • Moisturising body lotions
    • Natural rinse-off conditioners

    2. Plant-Based Food and Beverage Ingredient

    Chickpea seed extract serves as a functional additive in food processing, contributing to protein fortification, allergen-reduced blends, and emulsification in plant-based formulations. Industrial bakeries, meat alternative producers, and non-dairy beverage factories value its clean-label status, fiber enrichment, and allergen profile compared to soy or animal protein. Food safety authorities require full HACCP controls, certificate of origin, and contaminant monitoring through validated supply chain partners before food processors accept incoming batches.

    Industry compliance standards

    • FSSC 22000 (Food Safety System Certification)
    • EU Regulation (EC) No 1333/2008 (Food Additives)
    • FDA GRAS (Generally Recognized as Safe) for chickpea derivatives
    • Codex Alimentarius CAC/GL 21 for botanical food ingredients

    Typical usage ratio

    • 0.5% – 3.0% w/w for protein-enriched baked goods
    • 2.0% – 7.0% w/w for non-dairy beverages and vegan protein shakes
    • Ratio depends on texture, label claim, and matrix tolerance during pilot trials

    Downstream process integration

    • Mixed directly into flour/starch blends in bakery or snack production
    • Hydrated as part of beverage pre-mix systems
    • Subjected to CCP (Critical Control Point) checks for allergen and micro risk
    • Documented supplier qualification, allergen segregation, and lot traceability maintained

    Final product types

    • Protein-rich cookies and biscuits
    • Plant-based yogurts and beverages
    • Egg-free mayonnaise and dressings
    • Ready-to-eat vegan protein bars

    3. Nutraceuticals and Dietary Supplement Manufacturing

    Nutraceutical producers look to chickpea seed extract as a source of plant-based proteins, peptides, and naturally occurring phytonutrients. Finished product development focuses on clean vegetarian capsules, blended powders, and granulated tablets free from animal byproducts. Manufacturing sites must comply with dietary supplement GMP, detailed raw material specifications, and systematic plant compound standardization to guarantee batch reproducibility and documented health substantiations for regulatory review.

    Industry compliance standards

    • US FDA 21 CFR Part 111 (Dietary Supplement GMPs)
    • USP monographs for botanical extracts (where applicable)
    • EU Food Supplements Directive 2002/46/EC
    • Non-GMO / allergen certifications as demanded by retail customers

    Typical usage ratio

    • 150–500 mg per capsule in veggie capsule supplements
    • Up to 12% w/w blend in protein powder mixes
    • Adjusted for total protein label claim and taste masking in formulation development

    Downstream process integration

    • Pre-blended with carrier excipients for direct compression or encapsulation
    • Dry granulation before tablet press operations
    • Analytical screening for protein content, pesticide residues, and micro/metal content
    • Identity confirmed by HPTLC or HPLC fingerprinting

    Final product types

    • Vegetarian protein capsules
    • Plant-based protein shake powders
    • Daily nutrition tablets targeting vegan or flexitarian consumers
    • Sports recovery botanicals blends

    4. Biopolymer and Biodegradable Packaging Production

    Industrial processors in the bio-based packaging sector utilize chickpea seed-derived proteins and starch-fractions to develop biodegradable films and molded eco-containers. End-market requirements center on renewably sourced films meeting compostability and mechanical strength benchmarks, including compliance with recognized industrial and food-contact standards. Material compatibility, tensile strength, and enzymatic degradability form key validation points during process design and customer acceptance.

    Industry compliance standards

    • EN 13432 (Compostability requirements for packaging)
    • ASTM D6400 (Biodegradable plastics standards)
    • FDA 21 CFR 177.1520 (Polyolefins, food contact)
    • Migration testing per EU 10/2011 (Food contact plastics)

    Typical usage ratio

    • 5–20% incorporation into starch-based biopolymer blends
    • Ratios tailored depending on target film flexibility and end-use strength
    • Higher ratios for single-use cutlery and tray applications

    Downstream process integration

    • Blended in the compounding step with other plant-based or compostable polymers
    • Extruded or injection molded into film or formed articles
    • Pre-drying and size reduction prior to melt processing to ensure moisture control
    • Tested for mechanical strength and certified for compost/biodegradability

    Final product types

    • Compostable film wraps
    • Biodegradable trays and clamshells
    • Single-use spoons/forks for foodservice
    • Disposable agricultural mulch films

    5. Industrial Fermentation Substrate and Enzyme Production

    Microbial fermentation producers deploy chickpea extract as a botanical source of carbon and nitrogen for the cultivation of beneficial bacteria and enzyme-producing strains. The nutritional complexity aids in achieving target yield and activity of microorganisms employed in food enzyme, pharmaceutical, and bio-remediation industries. Manufacturing protocols require audit trails for raw material quality, validated sanitation, and full allergen risk assessment, especially for strains intended for ingestion or food processing.

    Industry compliance standards

    • ISO 9001:2015 (Quality Management Systems for fermentation plants)
    • Food Chemical Codex (FCC) standards for fermentation nutrients
    • EAPB Guidance (European Association for the Bioindustries) for biotech ingredients
    • FDA 21 CFR Part 117 (Food Safety Modernization Act - human food)

    Typical usage ratio

    • 0.1% – 1.0% w/v in fermentation media as adjusted for target organism and production endpoint
    • Higher loadings for specialized enzymatic production, reduced for high-yield biomass fermentations
    • Optimization required based on carbohydrate and protein concentrations after hydrolysis

    Downstream process integration

    • Dissolved in aqueous medium before sterilization and seed inoculation
    • Monitored for nutrient consistency, filtrate turbidity prior to batch start
    • QC batch samples checked for extract origin and contaminant absence post-autoclaving
    • Used in single- and multi-stage reactors depending on strain and product

    Final product types

    • Industrial enzymes for food or feed enzymes
    • Soil remediation microbial blends
    • Dairy fermentation starter cultures
    • Specialty probiotics for feed and health applications
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    Certification & Compliance
    More Introduction

    Cicer Arietinum Seed Extract: From Manufacturing Floor to Finished Product

    Our Firsthand Experience with Cicer Arietinum Seed Extract

    Manufacturing Cicer Arietinum Seed Extract demands more than an understanding of extraction technology—it takes real knowledge of the crop, attention to consistency, and a hands-on approach to quality. We have decades invested in pea and pulse processing, and chickpea extract has always held special promise. As a chemical manufacturer, we see firsthand how the careful selection of raw materials, along with disciplined process control, brings out the true potential of this botanical extract.

    Our Cicer Arietinum Seed Extract, model code CAE-9200, comes in fine, light-beige powder form. This is the result of careful aqueous extraction paired with gentle drying that locks in the functional molecules found in the original chickpea seed. Analysts in the lab make sure each batch meets tight specifications for saponin and oligosaccharide content, two key components that set this extract apart for multiple applications.

    Raw Material Selection: What Actually Matters

    To get reliable extract, high-quality chickpea seed forms the foundation. Each year, our raw material procurement team checks pulse crop reports from regions with long-standing records in sustainable, residue-controlled agriculture. We do not settle for inconsistent color, foreign matter, or seeds with subpar moisture. Those details, often overlooked, lead to batch-to-batch variability and even contamination downstream. Our direct relationships with farming cooperatives help us secure uniform seed lots that form the backbone of every run.

    Seed genotype is no trivial factor. Batches from Kabuli and Desi lines produce extracts with naturally different saponin and protein profiles and, as we’ve seen over the years, not every customer use-case tolerates that difference. Our plant leans on Kabuli-type chickpea for a smoother flavor and a lighter powder, an essential piece in personal care or supplement formulations where taste and appearance drive consumer preference.

    Manufacturing: Why a Chemical Plant Approach Adds Value

    A chemical plant’s core skill lies in process control. In Cicer Arietinum Seed Extract production, this means managing extraction time, temperate, water-to-solid loading, and finally, choosing a drying strategy that preserves the most active fraction. On our floor, extractors run at defined temperatures that avoid denaturing sensitive peptides or degrading the naturally occurring oligosaccharides. Each lot is monitored for phytochemical content, ensuring what comes through in the lab matches what we promise on the COA.

    Spray drying gives a powder with tight particle distribution, low moisture, and less risk of clumping in downstream mixing and tableting. Many in the market opt for freeze-drying, sacrificing process scale for a low-yield, premium-priced powder. Our experience shows spray-drying, under carefully set parameters, achieves both scale and functionality—critical for cost-sensitive projects in personal care and functional foods.

    Specification: It’s the Details That Count

    A single number rarely tells the whole story, but in our world the details mean everything. Our model CAE-9200 Cicer Arietinum Seed Extract comes with a minimum total saponin content of 35%, checked using UV/Vis spectrometry. Polysaccharides hover at 40-55%, giving water solubility that makes the extract easy to blend—even producers of beverage blends and skin emulsions find it dissolves fast with minimal shear.

    Our plant keeps microbial load within pharmaceutical requirements—total aerobic counts and mold/yeast below 1000 CFU/g, with routine screens for E. coli and Salmonella. The manufacturing environment never relies on post-packaging sterilization; instead, our timed extraction cycles and pasteurization keep the powder safe. Color and odor remain neutral, which keeps product developers from fighting with masking agents or brighteners. Ash and heavy metals content undergo routine checks, reflecting our sourcing policy that avoids contaminated cropland.

    Customers sometimes ask about consistency. Every batch undergoes HPLC to confirm not only saponins but also trace proteins and amino acids. We ship with a standard 2% moisture content, packed in laminated food-grade drums that match international shipping expectations. Our warehouse team logs each lot for traceability, letting us track every drum back to the farm lot.

    Usage: Real Applications, Real Benefits

    Cicer Arietinum Seed Extract finds use where natural surfactant, antioxidant, or protein content gives functional value. In cosmetics, formulators like our powder for its foaming power and gentle touch on the skin. The oligosaccharide profile means cleansers and creams get a creamy, substantive texture without relying on synthetic thickeners or cheap fillers. Over the years, we have seen bath and hair care projects benefit most; natural saponins provide both mild cleansing and a sales-friendly “plant-based” marketing hook.

    In the nutraceutical world, Cicer Arietinum Seed Extract delivers a blend of dietary fiber and protein fractions ideal for meal supplements and energy products. Oligosaccharides—naturally occurring in the extract—help balance gut microflora and give prebiotic effect, something that finished product developers keep coming back for each season. The extraction keeps lectin content low, which sets ours apart when raw pea proteins trigger GI issues. Athletes and wellness consumers recognize chickpea powder as both a functional food and a botanical ingredient with trace minerals—zinc, iron, and magnesium all slip through in detectable, beneficial amounts.

    Some food processors look for clean-label emulsifiers. Our extract binds oil and water in vegan spreads and plant-based dressings, with a taste profile much gentler than soy-based proteins. After multiple scale-ups with partner food companies, we’ve seen sandwich spreads and beverage manufacturers use the powder to tighten up plant-protein drinks and improve creaminess without added sugar or gums.

    Standout Features: Comparisons with Common Alternatives

    Cicer Arietinum Seed Extract’s appeal often comes through clearest when compared side-by-side with soy or pea-derived analogs. Soy protein concentrates bring processing concerns linked to allergen declaration and increasing consumer avoidance. Our extract carries no soy or gluten traces, and allergen-conscious formulators notice the difference immediately. Saponins extracted from soybeans also tend to have a distinct beany aroma, which can overwhelm the senses in finished products; the chickpea extract’s more neutral character means there is less need for downstream masking.

    Commercial pea proteins, while cost-effective for bulk protein fortification, do not deliver the same balance of saponin and soluble fiber that Cicer Arietinum offers. Pea proteins come to us heavily denatured—to the point that their natural foam and emulsification power falls short. We’ve worked with food scientists trying to build vegan whipped toppings or stable vegan mayonnaise; those using our extract find improved foam stability and shelf-life, not just theoretical “protein boost.”

    Some markets propose yucca or soapwort (Saponaria officinalis) as natural saponin sources. We process these lines as well, but find the flavor profile—often sharply bitter—and color to be an immediate barrier for food and supplement use. Cicer Arietinum Seed Extract wins on its flavor neutrality and milder saponin taste, particularly for beverage, bar, or capsule projects where palatability keeps customers coming back.

    In industrial settings, other manufacturers try to cut costs by blending chickpea extract with maltodextrin, wheat fiber, or other low-value bulking agents. On our floor, the powder sticks to 100% chickpea-derived fraction, with no hidden fillers. We know from years of troubleshooting that blends bring unpredictable hydration, loss of active content, and—most damaging—trust issues with end customers.

    Quality Verification: Why the Manufacturer’s Role Matters

    Being the manufacturer, we see all sides of quality assurance—raw material, extraction, drying, packaging, and document release. Our own staff sample every new lot, run parallel analytics, and hold daily floor meetings to address any detection of off-odor, color drift, or contamination risk. Rather than relying on third-party processors or handlers, our in-house teams have the knowledge to shut down a questionable run before it hits finished product stage.

    Manufacturers who source from traders face blind spots. We hear often from brands who run into label compliance issues or product recalls traced back to unregulated intermediaries. By managing the whole operation, our team closes the loop on traceability and accountability. It’s one reason why newer brands ask for direct packing—with full sight of every step and all analysis certificates available on demand.

    We operate under food safety and chemical handling standards in line with HACCP and ISO practices, audited regularly by visiting experts. Beyond checkboxes, our staff run trending analyses on batch results, looking for gradual drifts in saponin, polysaccharide, heavy metal, and pesticide content. This vigilance keeps us ahead of regulatory changes and gives our partners confidence—an edge we’ve built over decades of hard lessons and continuous improvement.

    Regulatory Compliance and Global Trends

    No extract comes without increasing scrutiny from regulators, and chickpea-based products are no exception. In North America, labeling and contamination guidelines keep tightening as more consumers seek plant-based sources for health foods and beauty products. Our extract keeps to regulatory expectations for residual solvents, heavy metals, and undeclared allergens—checked not just for the markets we serve but also for the international partners who rely on our powder for their own quality audits.

    Trace contaminants show up in every agricultural product, and we have adapted real-time screening and extra cleaning steps where necessary. Our batch records capture this for every run, supported by fast turnaround for customer audits. This open-door policy doesn’t come from external pressure—it’s the only way to keep catch up with today’s increasingly connected supply chain and rising consumer standards. Through this system, we have avoided any withdrawal or recall linked to our extract, something not every plant-based ingredient manufacturer can say.

    Sustainability now ranks high for brand owners. This is not just a marketing angle; our buyers insist on proof of responsible farming and minimal waste. By grounding our extraction in local pulses grown with reduced chemical input, and by recycling process water, we limit both environmental and downstream contamination. We see real payback too—securing crop contracts, winning long-term customer partnerships, and lowering process costs that get passed on in competitive quotes.

    Customer Collaboration: Building Better Applications

    From the first contact, our team works directly with customer R&D groups. We have found that standard product samples rarely answer all questions; potential buyers benefit the most from real-time application support, test data, and the chance to see pilot blends before scaling up. We do not see ourselves as just a powder supplier. Every quarter brings new requests—clean labeling for child nutrition, bar fortification, ready-to-mix beverage applications with precise dispersibility requirements. In our experience, customers rely on the manufacturer to understand their downstream process—not just to ship a commodity ingredient.

    Complicated projects, especially in high-moisture or heat-processed foods, test the limits of standard saponin powders. Our technical service chemists run accelerated stability and dryness tests on fresh batches, saving our customers development time. Feedback cycles are short, letting us tweak extraction or drying in response to real field results, not just idealized specifications. The feedback loop runs both ways; we take formulation learning and use it to refine future batches, a benefit that comes only with in-house manufacturing and a direct-to-customer business model.

    Customers in personal care and supplements want their claims backed by credible data. Our facilities welcome customer audits, send COAs ahead of schedule, and open technical files to satisfy toughest regulatory environments. This openness is built on relationships, and the years we’ve spent inside manufacturing plants, not just reading about best practices.

    Continuous Improvement: Responding to Challenges

    True chemical manufacturing never stands still. Each production campaign for Cicer Arietinum Seed Extract brings new insights, as crop conditions shift, customer requirements evolve, and regulations tighten. Our R&D pipeline includes working directly with plant breeders to trial new seed lots, adjusting extraction parameters for ever-tougher contaminant and allergen thresholds, and exploring new drying technologies for finer, more dissolvable powders.

    As overseas demand grows, we have invested in expanding drying and packaging lines, adding extra screens for microbial load and finer metal contaminants. These steps mean faster turnaround and less downtime—critical for both new customers looking for short lead times and long-term partners needing batch-to-batch consistency year after year.

    Our technical teams monitor industry literature and collaborate with universities and food technology centers. There is no substitute for on-the-floor trial and error, but tapping into broader scientific findings helps us stay ahead of both market and regulatory changes. We regularly present at international ingredient and chemical trade shows, sharing our manufacturing experiences—both successes and stumbles—to help improve collective industry knowledge.

    Looking Forward: Why Our Approach Drives Results

    We see growing opportunity ahead for Cicer Arietinum Seed Extract. The worlds of food technology and personal care are moving away from high-allergen, high-process chemicals. End users demand higher transparency, more traceability, and clear functional benefits. Manufacturers with their own production base are best placed to deliver on these expectations—providing technical support, consistent product quality, and the ability to adapt to shifting customer or regulatory demands.

    Our experience, built over years of real production—not just sourcing and repackaging—means customers enjoy open access to supply chain knowledge, product development support, and flexible manufacturing options. We stand behind each batch of extract that leaves our facility, confident in its purity, functional performance, and safety.

    Cicer Arietinum Seed Extract is not only a versatile ingredient; it is the result of careful selection, disciplined processing, and close manufacturer-customer collaboration. It fits the current move toward plant-based products and meets the high standards for quality, safety, and functionality expected in today’s market. By partnering with experienced manufacturers, developers gain more than an ingredient—they gain a technical resource and a production partner committed to continuous improvement and transparent supply.