|
HS Code |
817668 |
| Product Name | Pea Protein Isolate |
| Source | Yellow peas (Pisum sativum) |
| Protein Content | Typically 80-90% |
| Color | Off-white to light yellow |
| Taste | Mild, slightly earthy |
| Solubility | Good in water |
| Allergen Status | Hypoallergenic, free from common allergens |
| Amino Acid Profile | Rich in lysine, arginine, and branched-chain amino acids |
| Fat Content | Low |
| Carbohydrate Content | Low |
| Fiber Content | Minimal |
| Appearance | Fine powder |
| Gmo Status | Non-GMO (often) |
| Gluten Free | Yes |
| Vegan | Yes |
As an accredited Pea Protein Isolate factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Pea Protein Isolate, 25 kg net weight, packed in a sealed food-grade kraft paper bag with inner polyethylene liner for freshness. |
| Shipping | Pea Protein Isolate is typically shipped in sealed, food-grade bags within sturdy fiber drums or cartons to ensure protection from moisture and contamination. Each package is clearly labeled with product details and handling instructions. Shipments are transported by land, sea, or air in accordance with food safety and international shipping regulations. |
| Storage | Pea Protein Isolate should be stored in a cool, dry, and well-ventilated area away from direct sunlight, heat, and moisture. Keep the container tightly sealed to prevent contamination and absorption of odors. Store away from incompatible substances and ensure the storage area is clean and pest-free. Use food-grade containers if used in food or nutritional applications. |
| Protein Content: Pea Protein Isolate with 85% protein content is used in nutritional supplements, where it delivers high-quality protein enrichment and muscle recovery support.Particle Size: Pea Protein Isolate with fine particle size (<150 μm) is used in instant drink powders, where it ensures uniform dispersion and smooth mouthfeel.Solubility: Pea Protein Isolate with high solubility (>90% in water) is used in ready-to-drink beverages, where it enables stable suspension and minimal sedimentation.Emulsification Capacity: Pea Protein Isolate with strong emulsification capacity is used in plant-based dairy alternatives, where it improves emulsion stability and texture consistency.Color: Pea Protein Isolate with low color (L* > 90) is used in clear protein drinks, where it maintains product clarity and consumer appeal.Stability Temperature: Pea Protein Isolate stable up to 120°C is used in high-temperature processing of protein bars, where it preserves protein integrity and nutritional value.Flowability: Pea Protein Isolate with excellent flowability is used in automated food manufacturing, where it allows for efficient bulk handling and consistent dosing.Moisture Content: Pea Protein Isolate with moisture content below 8% is used in powdered food formulations, where it ensures extended shelf life and prevents microbial growth.Amino Acid Profile: Pea Protein Isolate rich in branched-chain amino acids is used in sports nutrition, where it supports muscle protein synthesis and recovery.Allergen-Free: Pea Protein Isolate with certified allergen-free status is used in hypoallergenic food products, where it minimizes the risk of allergic reactions for sensitive consumers. |
Competitive Pea Protein Isolate 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
Email: admin@sinochem-nanjing.com
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People want protein choices with more transparency and less risk of common allergens. In our plant in the province’s industrial zone, we see every stage of pea protein isolate come together. We know the whole chain, down to the seed variety and growing conditions. Our pea protein isolate stands as a straightforward, reliable source of plant protein, not just because of its specification numbers but because it fits clean-label needs and meets the rising demand for alternative protein sources.
Our process for pea protein isolate development stems from tight control. We handle the peas directly through contracted farms, monitoring the raw material. This gives us real knowledge of how pea variety, soil, and harvest timing shift protein yield and color—real factors, not details imagined from a lab report.
We step from mechanical cleaning and dehulling, through water-based extraction, to careful drying and flour sieving. No solvents, no unnecessary additives. The powder leaves our line at above 85% protein content by dry basis, verified by in-house and third-party laboratories. We watch for off-colors, strange odors, high microbial counts, and batch-to-batch shifts. Every batch reflects real process variation—not just a “standard,” but hundreds of steps controlled by our operators. The bulk density and mesh size come by handling choices and process conditions, not random forces. We adjust for these details each season, since pea quality evolves with regional climate and even shipping times to the factory.
Less consumers come in asking for soy or whey—concerns about allergens, sustainability, and traceability come up. Our food industry peers ask for a product that works in many applications, gives a mild taste, and clear label. Pea protein isolate doesn’t carry the beany undertone found in lower-quality concentrates, and avoids most cross-reactivity with known allergens. From the mill room floor, we notice allergen cross-contamination isn’t just handled by paperwork. We run the plant on dedicated days for pea isolate to prevent mix-ups or carryover, with real staff managing the line. Dairy or egg proteins don’t run in the same space; this is essential.
The rise in alternative meat and dairy, clear sports formulas, and even infant formulas has moved pea protein isolate forward. End producers care about more than just price. They ask about sourcing, about water use, about contamination with glyphosate or heavy metals. Since we source peas locally and have direct farm records, we answer frankly—not via stock phrases. Traceability is only as real as your own documentation, and our own processing records stretch all the way back to field inputs.
Pea protein isolate doesn’t all look or flow the same. Much depends on downstream use. Some snack and dairy alternative clients ask for a more neutral color and fine mesh for mouthfeel. Others push for coarser mesh if injection into extrusion lines or high-protein bakery products is on the agenda. When a molecule’s water solubility slides out of target, we see complaints about undissolved grit or chalkiness—real complaints, not theoretical issues. We handle this with real-time viscosity tests and protein solubility indexes on each batch before it hits the warehouse.
Spec sheets never capture the lived texture or mixing capacity. A one-size product doesn’t work for plant-based beverages and burger patties both. We shape process variables to suit a use case; no shortcuts, just measured blending and customized filtration steps. This comes from feedback from pilot-scale runs with our industry partners, not just internal models.
Our pea protein isolate contains over 85% protein by dry weight, which leaves only minimal carbohydrate and fat content. This number doesn’t shift seasonally—our real-life yield and precision during production mean no need for recipe adjustments by customers. Besides protein, we see a complete amino acid profile, closer to animal protein than most plant proteins, except for methionine. We point this out to new clients: balancing for methionine works using other plant sources or fortification, but pea alone gets you far for nearly all use scenarios.
Some customers press us for sugar content. Because we avoid using flavor-masking agents or sweeteners at the processing end, pea protein isolate remains low-glycemic. For sports blends and weight management formulas, this provides predictable absorption, without the jitters or insulin swings sometimes feared from animal-based isolates.
Years of feedback tell us where the line sits for off-flavors. Lower-grade or improperly processed pea protein can take on grassy and chalky aftertastes, a dealbreaker for ready-to-drink beverages or nutrition bars. Through water-only separation and gentle temperature control, we keep these notes in check. Vendors sometimes compare mouthfeel without testing side by side, but tests from major customers show ours keeps profiles cleaner in blind panels. We never rely on over-flavoring or acidity-shifting agents to disguise flaws.
Soy protein isolate pioneered the space, but trace allergen risks and concerns about genetically modified origins limit its use in many markets. We know globally that soy faces increasing shipment disruptions, unstable pricing, and import restrictions—problems we bypass by using homegrown peas and avoiding GMOs. Pea offers easier digestibility than wheat gluten-based proteins, and a better flavor profile than rice protein, which often leaves a dry or powdery mouth aftertasting. Also, our process skips wheat entirely, attracting those watching for gluten-free claims.
Some users ask about mixed blends or “protein fortification” from mixed crops. From the manufacturing floor, mixing is easy, but the story is often less transparent. Pea protein labels cleanly, clearly, with fewer extra processes or agents required to stabilize and flavor. Most importantly, our own records track the whole flow, and we don’t have to blend lower protein materials to hit a spec—the isolate coming off our line is consistently clean and high-grade.
Customers in the ready-to-mix beverage business want rapid dispersibility and light flavor impact. We grind and blend with that in mind, aiming for almost instant mix-in, even with cold water. Food manufacturers leveraging pea protein isolate for meat alternatives zero in on emulsification capacity and water retention. We test each lot in standardized meat analog systems at our facility, adjusting grind and moisture as needed. For high-protein snacks, bars, and baked goods, the particle size consistency sets the baseline for mouthfeel—something we control in real time, not via retrospective checks.
Where customers work with plant-based cheeses or yogurts, our pea protein isolate brings structure without gelling uncontrollably. We avoid over-processing for these uses, based on frequent feedback sessions with end manufacturers. Because we control pea supply and do not chase low-ball spot purchases, our product keeps tighter spec hits in repeated use. Manufacturers who fortify baby formulas or clinical nutrition meal replacements regularly check micronutrient and purity data, asking for ongoing supply of metal and contaminant test results. We answer with the results per batch, often sent in from local independent labs, not just our own QA bench.
Some weeks, imported peas look slightly more yellow and dented than last month’s, changing powder color and flavor subtly. These shifts prompt us to adjust cleaning and hydration parameters in line, always running pilot blends to see true impact. Our QA team faces real-world hiccups—temperature spikes during summer, or rare power cuts that can shift drying time and powder texture. Operators learn to detect odor shifts before analytical reports come in. This real-world vigilance keeps off-grade batches out of the supply.
Every lot coming out of the plant ships with a traceable batch number. We log everything, all the way down to actuator maintenance dates and cleaning cycles. This lets us answer manufacturer audits with confidence. The traceability is lived, not invented for compliance.
Pea as a crop draws less attention from pests and pathogens compared to other protein raw materials. That doesn’t grant a pass on quality. Our plant operates daily microbial, pesticide, and mycotoxin screening. We’ve faced, on rare occasion, weather-induced spikes in aflatoxins. Within two hours, processing staff can pull affected lots and halt further flow. Every year brings new oversight requests: glyphosate, dioxins, traces of heavy metals. We invest in outside validation not as a checklist exercise but because end users directly request full transparency. Our repeat clients know we aim for better-than-required numbers, even if costs rise by a few cents per kilogram.
Customers call in with true problems—jamming in extrusion lines, clouding in clear drinks, label questions from import agencies. Our technical support traces back to the process, with real operators retracing the batch. “Standard” is only a number. The credibility of our product comes from open dialogue and complete supply chain awareness.
Vegan, non-GMO, gluten-free, and clean-label regulations spread across global markets. Each batch of our pea protein isolate goes through verification — not just a rubber-stamped certificate, but full upstream documentation, signed by real people whose faces our shipping and compliance teams know. Countries set their own rules for pesticide maximums, nutritional disclosure, and allergen warnings. We adapt not by swapping forms but by active involvement in industry association work, keeping ahead of changing global food regulation. Regular upgrades of facility hygiene, operator training, and allergen risk reviews keep us in compliance, but mainly safeguard the real consumer—the person taking in our protein each day.
Many buyers ask why some pea protein isolates cost less by 10% or 15%. We see short-cuts everywhere—outdated machinery, fewer process controls, sporadic chemical aids, or purchasing pea fractions from secondary traders instead of direct farmers. Some competitors ship blended products barely scraping the protein minimum, stretching each ton with more fiber, more starch, or extra water weight. The quality consequences show up in batch failures on client lines, poor taste, or protein content slipping below expected values. This trade-off costs far more in erratic product function and lost customer trust, and we do not chase that model.
Reliability means investing in process and supply. Our record proves out, not just in technical wins but in lasting partnerships—measured in repeat orders, joint process improvement projects, and trust built over years of face-to-face audits and plant visits.
Peas grow with fewer inputs—less fertilizer, less irrigation, less pesticide—a fact we see, invoice by invoice, from our agricultural partners. Over the years, as crop-rotation cycles now face climate pressures, peas help cut back on soil exhaustion and maintain farm viability. We often lead industry efforts to certify and validate carbon and water footprint savings from local pea production. It’s not only about meeting certification checkboxes; it has become a strong selling point for food producers looking for genuine sustainability commitments to share with their own consumers.
Our own process waste—water, peels, fine fractions—feeds back into feed and compost channels, checked for pesticide and heavy metal loads before repurposing. By keeping raw supply and processing close, less time and energy is spent moving materials over vast supply chains. We see the difference in energy bills; our plant’s resource needs are transparent, tracked, and regularly audited.
Buyers come to us with new formulas, new textures to hit, and endless questions about claims for sports, medical, and specialty uses. Our role is listening—to R&D teams, to end users, to regulatory bodies pushing new standards for food safety, taste, and nutritional completeness. This feedback loop helps us retool extraction and drying stages, tweak grind sizes, and even run limited batches for niche applications. Over the years, each production run brings a chance for process refinement. Our long-term goal is not only compliance but leadership in what plant protein ingredients can deliver in quality and reliability.
Whenever challenging problems arise—unexpected foaming, flavor drift, or claims of heavy-metal contamination—our whole team investigates. We suspend questionable batches, rerun analytics, and review every upstream raw batch. Shouldng a public recall or trace action occur, our records track each shipment, right down to railway bill or truck number.
Repeated visits from clients, regular open-plant tours, and hands-on audits lay a foundation of trust in every lot we make. Our clients often ask for real processing records and upstream farmer declarations, not generic third-party documents. When they see the equipment, meet the QA team, and watch pea delivery and handling in motion, trust becomes real.
Partnerships built on openness drive innovation and problem solving. We believe the ultimate test for any plant protein isolate is not just what a spec sheet says but how it performs in the actual product—and what end consumers say about taste, transparency, and performance in their lives. Each new formulation or quality hurdle is a shared challenge; we work side by side with clients, refining, testing, and supporting each stage. Our success grows with theirs.
Pea protein isolate’s advantages will only expand as food systems rethink protein supply, consumer expectations, and sustainability commitments. The value of tight process control, seed-to-shelf transparency, and relentless focus on customer needs has never been clearer. At our plant, every order starts with direct work: clean raw peas, skilled operators, precise extraction and drying, constant monitoring—all reinforced with candid communication and full traceability.
As new trends shape snack foods, prepared meals, sports nutrition, and specialty medical blends, our team stands ready, drawing on real-world production and decades of collective improvements. Our reputation grows from results—measured by feedback, repeat business, and shared commitment to safe, clean, consistently high-performing pea protein isolate. We believe the future lies not in empty claims but in real substance, dependable practice, and honest partnership from farm, through factory, and straight to your finished product.