|
HS Code |
691176 |
| Product Name | Deer Blood Freeze-Dried Powder |
| Main Ingredient | Deer blood |
| Form | Powder |
| Processing Method | Freeze-drying |
| Color | Reddish-brown |
| Texture | Fine powder |
| Intended Use | Nutritional supplement |
| Shelf Life | 12-24 months |
| Storage Conditions | Cool, dry place away from direct sunlight |
| Country Of Origin | Varies (often New Zealand or China) |
| Typical Packaging | Sealed pouch or bottle |
| Recommended Dosage | As directed by manufacturer or health professional |
| Protein Content | High |
| Purity Level | Usually 100% pure freeze-dried deer blood |
| Common Users | Athletes, traditional medicine consumers |
As an accredited Deer Blood Freeze-Dried Powder factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | A sealed, opaque white plastic jar containing 50g of Deer Blood Freeze-Dried Powder; bold red text displays product name and quantity. |
| Shipping | Deer Blood Freeze-Dried Powder is securely packaged in airtight, moisture-resistant containers to maintain purity and stability. It is shipped via express courier under controlled, dry conditions. All necessary regulatory and safety documentation is included to ensure compliance with local and international shipping regulations for biological products. |
| Storage | Deer Blood Freeze-Dried Powder should be stored in a tightly sealed container, protected from moisture, light, and strong odors. Keep it in a cool, dry place, ideally at temperatures below 25°C (77°F). For long-term storage, refrigeration or freezing is recommended to preserve its stability and prevent degradation. Always keep out of reach of children and unauthorized personnel. |
| Purity 98%: Deer Blood Freeze-Dried Powder with purity 98% is used in functional food formulations, where it ensures high bioavailability of bioactive peptides for improved nutritional efficacy.Particle Size <100μm: Deer Blood Freeze-Dried Powder with particle size less than 100μm is used in sports supplements, where enhanced solubility supports rapid absorption during post-exercise recovery.Moisture Content <5%: Deer Blood Freeze-Dried Powder with moisture content below 5% is used in capsule manufacturing, where low moisture prevents microbial growth and preserves product stability.Protein Content ≥70%: Deer Blood Freeze-Dried Powder with protein content equal to or above 70% is used in nutrient fortifiers, where it delivers high-quality protein enrichment for dietary supplementation.Stability Temperature up to 40°C: Deer Blood Freeze-Dried Powder with stability temperature up to 40°C is used in shelf-stable nutrition bars, where it maintains functional integrity during storage and transportation.Heavy Metal Residue <0.5mg/kg: Deer Blood Freeze-Dried Powder with heavy metal residue less than 0.5mg/kg is used in pharmaceutical preparations, where minimized contamination ensures consumer safety and compliance with regulatory standards.pH Range 6.0–7.5: Deer Blood Freeze-Dried Powder with pH range 6.0 to 7.5 is used in health drink mixes, where neutral pH maintains ingredient compatibility and palatability. |
Competitive Deer Blood Freeze-Dried Powder 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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For years, our team at the manufacturing floor has handled deer blood from the first collection right through freeze-drying and final packaging. Every batch passes under our eyes—and hands—long before it ever reaches a label. We don’t blend what we don’t understand, and we know each step from the inside out.
Unlike large-scale commodity producers, most operations like ours stay closely linked with the source herds. The deer are raised under tightly managed health protocols, so by the time blood reaches the factory, there’s a clear record of animal welfare. From vein to vial, it’s never generic. Raw blood comes straight from animals during approved collection seasons, with veterinarians present every time.
Right out of the animal, blood is loaded with plasma proteins, micronutrients, and trace biofactors. We see it at its freshest. Speed matters here: oxidation changes the profile quickly, and blood that sits around starts to flatten out—color goes dull, and the nitrogen-rich aroma worsens. Every hour between collection and freeze-drying strips away more quality. We move with a sense of urgency to lock that freshness into powder.
Inside the plant, machinery doesn’t do all the work. Good product starts with decision-making—at what temperature to freeze, which pressure curve preserves most of the bioactive components, when to load the trays, and how quickly to finish drying. Over the years, we’ve run hundreds of cycles and measured them all, tracking yield, appearance, and nutrient assays.
Freeze-drying—lyophilization—removes water below freezing, leaving nutrient molecules undamaged. Too much heat, or too quick a vacuum, ruins the texture and darkens the powder. Too long at subcritical pressure turns out gritty, tough-to-dissolve granules. With skill, we dial in a structure that stirs instantly into water and looks a bright, deep crimson in solution.
Other manufacturers sometimes spray-dry their blood products at higher temperatures, aiming for volume and speed. That leaves clumpy, less soluble product that often smells scorched. Using the freeze-dried route preserves more cofactors and gives a product handlers notice as brighter, lighter, and clean in both flavor and function.
Every production run tells its own story in analysis. Our most widely used model, the DB-FD600, averages a particle size fine enough for capsule or beverage applications, while regular microbial checks keep yeast, mold, and pathogens below the detectable thresholds. Moisture content sits below 3.5%, and bulk density has tuned for easy transport and portioning by machine or by hand.
Every lot tracks back to the date, farm origin, freeze process, technician team, and final inspector. With new automation, we keep batch-to-batch variation tighter than ever. If you hold up two samples from different seasons, the color and solubility match close enough for trained eyes to approve before the tests confirm it.
On a practical level, Deer Blood Freeze-Dried Powder gets blended into dietary supplements, protein shakes, and—at the higher end—nutraceutical products where clean ingredient declarations matter. Some of our long-term users formulate sports tonics or blood-building capsules, looking for a natural source of hem iron or bioavailable peptides.
For supplement formulators or beverage companies, ease of dissolution cuts production costs and keeps the flavor profiles consistent. One thing we hear often: the lack of off-odors in our freeze-dried powder lets companies hold the finished product to stricter sensory standards. That adds real value when you turn bulk powder into retail capsules or drink mixes designed to appeal to a discerning health-conscious public.
Some traditional medicine practitioners prefer the whole-blood form—powder delivers convenience, measured dosing, and longer shelf life without preservatives. We designed our process to preserve the full component range present in fresh deer blood instead of isolating just the protein fraction. That gives broader nutritional coverage and lets product designers build claims around more than just one isolated nutrient.
As a manufacturer, we see all kinds of animal-derived powders through trade channels—bovine, porcine, ovine blood powders, and sometimes even blends. It’s tempting to group everything together, but deer blood takes a different path. The amino acid spectrum, peptide fragments, and trace factor levels don’t match up between species.
Deer blood works for users aiming for both tradition and science. It’s rich in heme iron and smaller peptides reported to support hemoglobin formation and stamina—known among traditional users for years, and now getting more notice in published papers. Many customers report better tolerability compared to beef- or pig-sourced powders, especially in Asian markets or among groups who avoid certain meat sources for dietary or religious reasons.
The handling side matters as much as biochemical makeup. Our process keeps flavors and odors mild—unlike beef or pork blood, which usually needs masking or de-flavoring in finished products. Finished powder also handles better in fine-fill machinery.
Not every deer blood product matches up. Some marketers sell blends with fillers or bulk up with cheaper animal fractions. By running our own line, start to finish, we cut out that gray area and can declare true content on every certificate. Ethical supply chains keep the source transparent the whole way.
Through years of direct production, we’ve learned no single model fits all buyers. The DB-FD600, our flagship, brings consistent fine powder ideal for modern supplements, with the DB-FD350 offering a slightly coarser granule for drink mixes or tablets where flow rate trumps sheer fineness. We do custom runs for clients wanting even larger granules for mechanical feeders or industrial blends.
Sophisticated clients weigh color, flow, and solubility, but long-term buyers focus on consistency—they don’t want to troubleshoot visual or taste variation in every lot. We’ve tweaked our models to keep those tolerances tight, with automated sifting and blending stations, so each shipment matches prior runs.
In the past decade, specs demanded by the supplement market have only grown tighter. Sports health brands, for instance, screen for pituitary hormones and drug residue as standard. We built our QC from the ground up with full batch testing—LC-MS/MS, microbiological, and panel tasting—to anticipate that scrutiny. What gets released carries GC and QC results on file, ready for routine makeshift or national audits.
On the manufacturing line, we see every shortcut tried and rejected. Repackers and blenders often start with bulk powder from unidentified sources, giving up any chance to check quality upstream or dial in processing. By keeping each stage under one roof, we watch for batch-to-batch drift and can intervene fast; our staff test samples every production shift, not just at the end.
For sensitive products like deer blood powder, contamination is a constant threat: hem iron’s strong absorption draws in stray odors and off-notes, and exposure to moisture brings on clumps or microbial growth. Over the years, we’ve installed in-line nitrogen flushes on every packing line, and built sealed rooms for high-humidity months.
Every bag or drum holds powder produced within a tightly controlled cycle, leaving no window for outside blending or sub-fractionating. Our team checks each shipment before and after transit—the differences show in color, humidity, and taste, which keeps our rejection rates low and repeat buyers high.
Deer blood powder sees demand spikes after news coverage of functional foods or athlete recovery, with buyers wanting to lock in six or twelve months’ supply at once. That tests every stage of the process. Fluctuating animal populations, regulatory reviews, or poor weather hit farms upstream. Out here, raw blood supply isn’t just a spreadsheet figure; our staff know every ranch, and adjust schedules with them week by week.
To maintain consistent output, we’ve partnered with a core group of trusted deer farms, agreeing up front on annual quotas and shared investment in animal health. Process scheduling covers unexpected transport delays, farm shutdowns, or new restrictions on movement. Inventory management holds real weight when one season’s run sets the rhythm for the year ahead.
The freeze-drying process adapts with the supply. In peak harvest months, we can run three lines round-the-clock, dialing in batch controls and maximizing throughput. In leaner years, we consolidate to fewer lines and keep quality testing frequency high to maintain output stability.
Functional food and supplement buyers steady their gaze on traceability and strict science—especially in crowded categories like blood-derived proteins. We’ve faced growing requests for DNA barcoding and advanced isotopic analysis to prove deer origin and rule out adulteration. Other players may grumble at the extra cost, but we welcome it, as controlling the source is already central to our workflow.
The nutraceutical industry demands not just quality, but evidence. Our R&D division sends out regular samples for third-party bioactivity assays and collaborates with nutrition researchers to build up peer-reviewed data. Ingredient panels tell part of the story; robust analysis and open data finish it. We plan future product lines with these standards from the outset, not as an afterthought.
Strict regulatory environments mean customers expect visible records from animal to batch to package. Our ERP integrates full digital logging—animal origin, veterinary inspections, process phase data—in a traceable line. End clients in regulated markets such as Japan, South Korea, and North America demand nothing less, and we meet those metrics in every lot out the factory.
As manufacturers rather than marketers, we’ve always lived close to the realities of livestock and resource use. Harvesting blood as a co-product after routine veterinary culling or thinning supports herd health, and makes better use of each animal than letting valuable nutrients go to waste. We keep animal welfare standards front and center, working under local agricultural and veterinary oversight.
We process all water and residuals from the operation in on-site systems meeting city discharge limits, using spent plasma or non-conforming powder as farm feed inputs. This reduces waste and closes the loop back to source farms. Our supply contracts require the same traceability and environmental checks, so every link in the supply chain delivers to the same standard.
Locally-sourced deer blood cuts transport emissions compared to global shipment of other animal fractions. With higher-value, smaller-volume harvests, we avoid the commodity pitfalls that push some industries toward anonymous, poorly audited supply. Being manufacturers, the ethics of supply are more than a signage issue—they are daily, lived policy with every batch and every relationship.
Ask anyone on our team about Deer Blood Freeze-Dried Powder, and the stories come rapid-fire—troubleshooting freeze-dryers at midnight, tight-lipped delivery drivers dodging rain with raw blood, strict batch-release meetings with food scientists and national inspectors. Our process leaders have logged thousands of batches; most have watched other companies try shortcuts and run into avoidable headaches.
We’ve learned that care in manufacturing—understanding blood’s delicate chemistry and the risks at every step—shows up in the finished product. Every spectrometer reading of a finished batch reflects months of hard-won expertise. Suppliers who source and produce at arm’s length can never match the depth of control and pride that shows in a directly manufactured powder.
Open channels from farm to plant, hands-on involvement from leadership, transparent recordkeeping, and day-to-day R&D keep all the work real. End-users notice—they taste it, see it, and track how their own customers respond. This manufacturer’s perspective grounds the business, reminding us that real value builds from people making each stage happen every day, not from promises made at a desk.
Within every kilogram of powder lies the result of hard work, technical experience, and a respect for process. Behind each order sit careful decisions about raw material selection, process adjustment, and batch approval. For those searching for a direct, verifiable, and high-standard deer blood freeze-dried powder, there’s no substitute for the care and traceability that only manufacturers can provide.