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All Right Reserved
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HS Code |
768262 |
| Product Name | Soluble Collagen |
| Source | Bovine dermis |
| Appearance | White to off-white powder |
| Solubility | Soluble in cold water |
| Molecular Weight | 300,000 Da (approximate) |
| Ph Range | 6.0 - 7.5 (1% solution) |
| Storage Temperature | 2-8°C |
| Purity | Greater than 90% |
| Protein Content | ≥90% |
| Biological Activity | Promotes cell adhesion and proliferation |
As an accredited Soluble Collagen factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Soluble Collagen is supplied in a sterile, amber glass vial containing 100 mg, sealed with a rubber stopper and aluminum cap. |
| Shipping | Soluble Collagen is carefully packaged in sealed containers to prevent contamination and preserve stability. It is shipped under controlled, cool, and dry conditions, often with temperature monitoring if required. All containers are clearly labeled, and necessary safety documentation, such as a Safety Data Sheet (SDS), is included with each shipment. |
| Storage | Soluble collagen should be stored at 2–8°C, protected from light, and kept tightly sealed to prevent contamination and degradation. Avoid repeated freeze-thaw cycles as this may denature the protein. Store the collagen solution in sterile, aliquotted containers for best stability. If long-term storage is required, freezing at -20°C or below is generally recommended to maintain its structural integrity. |
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Purity 98%: Soluble Collagen with 98% purity is used in cosmetic serum formulations, where it enhances skin hydration and elasticity. Molecular Weight 50 kDa: Soluble Collagen with 50 kDa molecular weight is used in tissue engineering scaffolds, where it promotes efficient cellular adhesion and proliferation. Particle Size <10 µm: Soluble Collagen with particle size less than 10 µm is used in injectable dermal fillers, where it provides smooth texture and uniform distribution. Viscosity Grade 500-700 mPa·s: Soluble Collagen at 500-700 mPa·s viscosity is used in wound dressing hydrogels, where it ensures optimal gel formation and moisture retention. Stability Temperature up to 45°C: Soluble Collagen stable up to 45°C is used in refrigerated pharmaceutical products, where it maintains molecular integrity during storage and transportation. Isoelectric Point pH 7.4: Soluble Collagen at isoelectric point pH 7.4 is used in cell culture media, where it supports physiological compatibility and cell viability. Endotoxin Level <0.5 EU/mg: Soluble Collagen with endotoxin level less than 0.5 EU/mg is used in injectable medical devices, where it minimizes risk of adverse immune response. UV Absorbance 280 nm <0.1: Soluble Collagen with UV absorbance less than 0.1 at 280 nm is used in diagnostic assay development, where it ensures low background interference and high sensitivity. Solubility >99% in PBS: Soluble Collagen with solubility greater than 99% in PBS is used in bioprinting applications, where it enables homogeneous bioink preparation and consistent print fidelity. Loss on Drying <5%: Soluble Collagen with less than 5% loss on drying is used in lyophilized implant materials, where it provides excellent reconstitution and mechanical stability. |
Competitive Soluble Collagen 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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We’ve worked closely with collagen in all its forms for decades, discovering that its solubility separates the truly functional material from the rest. Our Soluble Collagen, offered in Model SC-910, builds on years of refining extraction and purification processes at our production site. The material comes as a fine, white to off-white powder, dissolving effortlessly in cold water within minutes—no need for complicated pH shifts or special machinery. That ease matters. It gives our partners, whether in cosmetics, biomedicine, or food research, the certainty that formulation happens as reliably in the lab as it does on the factory line.
Soluble Collagen comes straight from bovine skin, extracted under controlled enzymatic conditions, not by brute chemical force. That makes a difference in structure. Our process retains the triple helix that occurs naturally. Finished material shows low viscosity at working concentrations and holds its clarity well in solution, even at higher dosages. Standard sizes run from 100 grams to 10 kilograms, packed securely to maintain shelf stability. We test each lot for protein content, microbial load, moisture, and pH. Collagen loss from denaturation or fragmentation isn’t just academic—it means real impacts on the performance of your product. For this reason, we limit all heat exposure during production, monitor air quality throughout drying and keep human handling minimal.
Most buyers focus on collagen’s hydroxyproline content as a benchmark, but our results show there’s a bigger story. Collagen’s bioactivity hinges on its molecular integrity. Peptides that come from harsh hydrolysis lose the biological “handshake” with living tissue. We select enzymatic hydrolysis conditions that spare the reactive sites, so the resulting product still interacts with cells and scaffolds in a way that native material does. That approach leads to better skin adhesion for cosmetic masks, higher cell compatibility in tissue culture, and tighter gelling in foods and pharmaceuticals. In blind tests with various commercial brands, our material achieves higher protein-to-impurity ratios and gives clearer solutions—a difference any R&D technician will spot simply by looking at two beakers side by side.
Our first clients put the material to work in facial sheet masks and wound dressings. As years passed, applications expanded. Researchers now use our Soluble Collagen in injectable hydrogels, cell scaffolding, implant coatings, and even as a building block for 3D bioprinting. Food scientists call for it in clarity-driven beverages and nutritional supplements, since our collagen stays invisible and flavorless in solution—never clumping or settling out. We routinely receive emails from customers who blend it into experimental hair regrowth formulations, or pair it with other biopolymers for next-generation drug delivery. Dermatologists particularly appreciate the low residual odor, which makes it ideally suited for fragrance-free, sensitive-skin lines.
Confusion often arises between soluble collagen and other proteins like gelatin and collagen peptides. On our factory floor, we see these distinctions play out under the microscope and in day-to-day mixing. Gelatin, while derived from collagen, results from more aggressive thermal hydrolysis. It no longer holds the triple-helix structure and gels upon cooling. Collagen peptides go one step further; they’re chopped into short chains and don’t support any three-dimensional structure. Soluble Collagen stays closer to the original protein you’d find in connective tissue, making it suitable for cell attachment and tissue engineering. If you’re looking to glue cells together, bandage wounded skin, or support regrowth, soluble collagen enables these interactions—the others can’t replicate this function no matter how pure their chemistry looks on paper.
Manufacturing high-grade Soluble Collagen begins with careful raw material selection. We source hides only from certified facilities, maintain the full cold chain from origin to drum, and screen every batch for contaminant load and physical condition before accepting delivery. Once on site, the hides are washed, trimmed, and enzymatically digested over several days. Each reactor runs under a controlled temperature and pH profile established from years of in-house optimization—if the process gets rushed, the collagen chain degrades, and strength is lost. Our filtration steps pull out any residual fat and non-collagen proteins, leaving a transparent solution. The drying stage determines final powder quality. Low-temperature vacuum drying preserves solubility, maintains color, and gives the finished material its fine, consistent texture.
Model SC-910 sets a benchmark for purity and physical consistency. Each batch boasts a protein content above 90 percent by Kjeldahl analysis, ash below 2 percent, and hydroxyproline near 10 percent by dry weight. The pH range in solution runs from 4.0 to 7.5, depending on dissolved concentration. Microbial counts are kept well below industry requirements—often no countable colonies at all on standard agar plates, thanks to low-temperature handling and UV sterilization. Endotoxin levels remain far under accepted cutoffs for cosmetic and biomedical use. These numbers aren’t promotional—they directly impact how smoothly your manufacturing and quality control proceed. We never treat these as box-ticking metrics. From the earliest days, we’ve had R&D partners calling us to troubleshoot unexplained clumping in peptide materials from other sources, or caking during shelf storage. Our production habits, learned over years of both small and large-batch handling, solve these pain points before they reach your door.
We package Soluble Collagen in triple-ply food-grade liners with tamper-evident seals, loading each container under filtered air to avoid reintroducing contaminants. Smaller sizes use aluminum foil packs, which keep out moisture and light. Larger lots ship in rigid drums, labeled with full traceability to source and production lot. Each container carries a certificate of analysis and BSE/TSE safety declaration. We vacuum-pack for regions with high ambient humidity, learning from past years when monsoon seasons caused unexpected clumping in poorly packed collagen. The shelf-life runs to two years from date of manufacture—provided storage stays cool and dry—without additives or preservatives.
Chemical manufacturing isn’t always glamorous. We run around-the-clock shifts, attending to hundreds of monitoring points for temperature, pH, agitation, and microbial status. Any aroma of ammonia or off-color in the liquors flags raw material or process faults immediately—a trick we teach all new technicians. Sampling protocols remain strict; no material moves to the next stage without passing visual clarity and simple solubility checks. We found that investment in real-time protein analyzers and inline sensors lets us catch problems early. Scale-up from our pilot vessels to the main reactors happens only after new batches pass side-by-side dissolution and viscosity comparison to a master reference lot. This hands-on approach keeps the “feel” of our collagen the same, batch after batch, with no surprises for formulators downstream.
We like to hear from clients on the factory floor and in the field. One European customer uses Model SC-910 to support growth of mesenchymal stem cells. Another multinational has standardized on our collagen for wound hydrogel development, where clarity, bacterial safety, and strength take center stage. Smaller independent formulators buy kilogram packs to blend into facial ampoules and spray serums; they praise both the neutral sensory profile and the absence of undissolved residues. Beverage companies increasingly request our powder for protein-clear drinks, because visible haze simply isn’t tolerated in premium consumer products.
Outside the bio-medical sector, few realize that peptide and soluble forms behave so differently. Collagen peptides, while easier to digest, don’t build structure or support cell migration. If you’re developing scaffolds or wound matrices, you need that triple helix—nothing else offers the same toolkit. Our technical specialists have reviewed countless formulations where peptide material led to collapsed gels or failed patient outcomes. Keeping natural structure means higher viscosity, slightly more demanding blending, but surer results: that’s what we deliver.
Dissolvability shapes what’s possible. A product that disperses in cold water ensures simple mixing on modern production lines and quick feasibility checks in the lab. When working with R&D teams, clear, lump-free solutions matter more than lab reports suggest. We have walked projects where other suppliers’ collagen stuck to vessel walls, fouled filters, or produced unwelcome foam. Our approach—consistent particle size, real-time moisture control, thorough sifting—keeps our powder flowing just as well in bulk as in small handheld scoops behind the bench.
Over the years, we’ve shipped Soluble Collagen to more than forty countries and regions. Global customers challenge us to meet regulatory, chemical, and performance benchmarks unique to each market. We’ve responded by constant refinement: in-process ATP checks for sterility in medical applications, moister-guard drums for humid regions, and independent third-party audits for every production campaign. These practices build real confidence, not just checked boxes.
We actively cooperate with university partners, supplying reference samples for new applications. Many breakthroughs in bioprinting, advanced wound care, and stem cell cultivation happened with our Soluble Collagen at their core. Feedback travels both ways: custom cut sizes, pre-dissolved concentrates, and low-odor versions launched thanks to client requests and rigorous trials at our production facility. Our technicians visit client labs, reviewing solubility and compatibility issues with their chemists and biologists, and return home to adjust next runs for even better performance.
Too many businesses forget this is a material supporting products people ultimately put on or in their bodies. We take care with our own people—constant training, zero-tolerance for cross-contamination, and open-book quality controls. Employees are encouraged to stop the line if something feels off. No batch leaves our plant until every QC sign-off is made in person, face to face, by trained professionals who understand the application stakes.
The biggest questions come around raw material supply and downstream batch reproducibility. Global market swings—disease outbreaks or livestock shortages—can threaten regular supply. We maintain longstanding contracts and buffer stocks, resisting market temptation to “top up” from less reliable sources. On the technical side, structure preservation remains demanding, especially scaling up from pilot runs. Our own internal studies continue on new enzymes and process controls to refine strength and compatibility, always reported transparently. Customers often ask about vegan or recombinant sources—an area we monitor but where true functional equivalence to native structure hasn’t yet arrived.
Soluble Collagen production makes use of by-products from the food industry. We are focused on reducing resource waste, channeling effluent through biological treatment and recapturing cleaned water for cooling. All non-collagen components move to fertilizer plants, not landfill. Any shift to higher energy processes gets weighed against environmental impact—our move to low-temperature drying both improved product and cut carbon emissions per ton.
Our factory doesn’t run on autopilot. We attend daily shift meetings to review production notes, check the quality of solubility tests, and compare visual and textural characteristics of every lot. The site team, from the original founders to the newest operators, reviews queries from our technical clients and adjust process or packaging real-time. That cumulative memory—knowing how one water source changed foam levels, how a minor tweak to sifting tightened powder flow—shapes the consistency of today’s material.
The principal goal of our Soluble Collagen production is simple: make it easier for innovators and established producers to get results they can trust. Whether blending batches by hand, automating thousands of kilos a week, or running clinical-grade lots for regulated products, customers know the hands behind the drum have sweated the details. Collagen may feature as a small component of the final formulation, but its significance to texture, clarity, cell compatibility, and shelf stability becomes clear with long-term use.
Every new project or regulatory shift pushes our process forward. Interest in plant-based alternatives keeps us testing non-animal and recombinant proteins. Partnerships around biomedical and cosmeceutical sectors drive requests for even tighter impurity control and more specialized delivery forms. Any new production change gets bench-tested alongside reference lots before a single kilogram shifts to shipping containers. Our team believes in seeing collagen not as a raw commodity, but as a precision component every bit as critical as the most advanced laboratory equipment.
Manufacturing Soluble Collagen at scale means more than meeting a checklist or shipping boxes. We take pride in producing a consistent, effective material trusted worldwide for sensitive, people-focused applications. Our focus on retention of native protein structure, rigorous lot-by-lot checks, practical packaging, and constant dialogue with end-users stems from direct experience. The results speak for themselves—clearer solutions, robust handling, and greater confidence for everyone down the supply chain. Whether your line is cosmetics, food, or health technology, we support each lot with the hands-on manufacturing knowledge only years at the bench can bring.
