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HS Code |
764575 |
| Product Name | Grass Root Extract |
| Botanical Source | Vetiveria zizanoides |
| Form | Liquid |
| Color | Pale yellow to amber |
| Odor | Earthy and woody |
| Solubility | Oil-soluble |
| Main Uses | Aromatherapy, cosmetic formulations |
| Active Compounds | Vetiverol, vetivone |
| Extraction Method | Steam distillation |
| Shelf Life | 2 years |
| Storage Conditions | Cool, dry place away from sunlight |
| Intended Application | Topical use only |
| Purity | 100% pure extract |
| Allergen Information | Generally hypoallergenic |
| Origin | India |
As an accredited Grass Root Extract factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The packaging for Grass Root Extract features a 500ml amber glass bottle with a secure cap, labeled with product details and safety instructions. |
| Shipping | Grass Root Extract is securely packaged in airtight, chemical-resistant containers to preserve purity and prevent leakage. Each shipment includes appropriate labeling and documentation in compliance with safety regulations. Containers are cushioned within sturdy boxes to ensure safe transit and minimize exposure to moisture, light, and temperature fluctuations. |
| Storage | Grass Root Extract should be stored in a cool, dry, and well-ventilated area, away from direct sunlight, heat sources, and incompatible materials. Keep the container tightly closed and properly labeled to prevent contamination and moisture ingress. Store at room temperature and avoid exposure to strong oxidizing agents. Follow all safety and handling guidelines as specified in the product’s Material Safety Data Sheet (MSDS). |
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Purity 98%: Grass Root Extract with 98% purity is used in pharmaceutical formulations, where it enhances bioactive potency and therapeutic efficacy. Particle Size 50 microns: Grass Root Extract with 50 microns particle size is used in cosmetic emulsions, where it ensures uniform distribution and improved skin absorption. Stability Temperature 60°C: Grass Root Extract stable at 60°C is used in nutraceutical processing, where it maintains active compound integrity during heat exposure. Moisture Content <5%: Grass Root Extract with moisture content below 5% is used in dietary supplements, where it provides extended shelf life and reduced microbial contamination risk. Viscosity 400 cps: Grass Root Extract with a viscosity of 400 cps is used in topical gels, where it promotes consistent texture and ease of application. Water Solubility 100 mg/mL: Grass Root Extract with 100 mg/mL water solubility is used in beverage fortification, where it allows for clear, homogeneous nutrient integration. Ash Content <1%: Grass Root Extract with ash content less than 1% is used in food additives, where it minimizes inorganic residue and improves product safety. pH Range 5.5–6.5: Grass Root Extract with a pH range of 5.5–6.5 is used in oral care products, where it provides formulation compatibility and gentle action on mucosal tissues. Total Polyphenols 30%: Grass Root Extract containing 30% total polyphenols is used in antioxidant applications, where it delivers heightened free radical scavenging activity. Molecular Weight 1500 Da: Grass Root Extract with a molecular weight of 1500 Da is used in encapsulation technology, where it offers controlled release and enhanced bioavailability. |
Competitive Grass Root 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.
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Tel: +8615371019725
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After decades in the processing halls, you notice the worth of starting with clean, consistent raw materials. Roots present their own challenges — grit, variable water content, a spectrum of bioactive compounds that shift depending on the soil. There’s nothing more disappointing than seeing claims on paper that don’t survive a real application. That’s why we keep our extraction line close to the supply fields, working directly with growers and monitoring root conditions batch by batch. Grass Root Extract is our answer to the need for reliability and transparency in bulk botanical processing.
We designated this run as GRX-60A for a reason: batch-to-batch consistency. We measure moisture content after slicing, calibrate solvents according to crop year, and keep blending tanks sealed until each analyst clears them. With every lot, you get a full breakdown. Roots come in, we log weights, record temperatures, and map the key phytochemicals before and after extraction.
This approach doesn’t just reduce variation — it pulls up the levels of saponins, flavonoids, and other active markers, as confirmed by HPLC and UV-Vis every quarter. Our analytics team makes sure only product that hits benchmark markers rolls onto the loading dock. Over years of feedback from repeat buyers in animal feed, personal care, and soil amendment sectors, we’ve found most product complaints trace back to overlooked details you won’t catch on a standard spec sheet. Clumping, off-odors, discoloration: we actively hunt for these issues and correct them before anything ships out.
Extracting value from roots requires more than soaking and pressing. We start by sorting at the field, keeping out stones, moldy loads, or anything that could spike micro counts. Once washed and chopped, the roots go straight for a custom blend of food-grade ethanol and purified water, at temperatures we log every hour to avoid loss of actives through overheating. Resin beds capture unwanted byproducts, while gravity filtration keeps the raw extract cloudy (not muddy). Regular in-process checks let us adjust solvent ratios or extraction time based on what the test batch shows, instead of sticking blindly to a protocol from a different year’s harvest.
Our final extract lands in the 60-65 Brix range for the GRX-60A model, thick but pourable. It pours dark amber, with a faint earthy aroma and no grit. Every time we see a batch settle without forming a waxy layer, we know we’ve nailed process control.
Farmers come to us every spring looking to stretch nutrient budgets. Grass Root Extract finds most of its demand as a root-zone drench in field crops and hydroponics, helping early root development. We’ve watched growers shift away from raw manure and untested teas toward products like this—less mess, fewer surprises. Poultry and livestock operations often include measured doses in feed blends, aiming to boost gut health by introducing a dependable, clean plant-based input.
Some of our regular buyers run cosmetic operations. They see value in naturally-derived actives without heavy chemical footprints. Their test panels confirm the root extract’s soft astringency and skin feel in masks and cleansing bases. These clients require strong traceability—without it, the retail market starts to look elsewhere.
In each industry, the common thread is simple: nobody has time for surprises caused by poorly documented raw materials. Downstream users want to see that the same extract works batch after batch.
Over the years we’ve also supplied competitors’ blends to clients running side-by-sides. One pattern stands out: other products often vary in concentration and thickness. Some look watery, with only a trace of active content, while others contain more sediment than extract. This isn’t about cutting corners for margin—it usually comes down to skimping on pre-extraction root selection or not adjusting for raw material variability.
We ship only after checking for the target phytochemical profile and consistent flow properties. Our extract resists precipitating active matter even in cool storage, without needing high-load stabilizers. That keeps solubilized compounds available for plant uptake and nutritional absorption, not locked away in sludge at the bottom of a tank or a feed bin.
Every production season tells its own story. Drought years, late frosts, and shifts in demand keep us on our toes. Instead of sending generic products, we listen in on what the end users want. If a crop season brings higher levels of certain actives, we can slow down or tighten solvent ratios to hit the right profile each client expects. The worst scenario for any manufacturer is a buyer calling back to say this year’s lot fails their tests—even if the specs on paper match. Product experience goes beyond lab results. We work with in-field applicators, feed manufacturers, and cosmetic developers to adapt our processes and collect feedback.
When someone calls up saying their latest batch settled differently or didn’t blend like before, we pull retention samples and check logs for clues. Sometimes the answer is simple: a shift in raw supply, or too fast a drying step. Other times, it takes a round of testing and hands-on troubleshooting. The fact is, no process is immune from needing adjustment. The reason our extract line stands out isn’t just quality control—it’s responsiveness to what our customers actually report.
Market pressure for cleaner, fully traceable ingredients keeps ramping up. Buyers bring more lab equipment to audits and want digital records on root origin, toxin tests, and even heavy metal scans. We support this demand with full lot-level traceability. Barcodes trace each drum to the root field and date of extraction. On request, we send chromatogram data and heavy metal results to buyers for their own records. Our regular clients tell us this level of transparency helps them clear certification hurdles without delays.
That transparency extends to how we source and process. We avoid root crops farmed with persistent pesticides and rely on local partners who show clean soil records. Our own microbiology team tests each batch for pathogens and spoilage, and if a run does not pass, it is held back and analyzed before any further use.
Anyone in this line of work sees shortcuts get exposed over time. Early on, we tried outsourcing bottling and some filtration to contract labs, but soon saw more variability in the product. Since then, we moved key steps in-house. Each part of the process gets logged, not only for regulatory reasons but so our team can pinpoint where things went right or off course. Raw root delivery, extraction solvent blending, evaporation, and packing all sit within arm’s reach. This is also how we train new technicians–they see not only the machinery but the test records and the finished product.
Root extract makers who cut or skip steps get found out. Sometimes sediment levels rise; other times a sharp note creeps into the flavor or aroma. If you have ever had to recall product because pesticide levels in a root batch exceeded what regulators allowed, you learn fast to maintain tighter controls. Our standard isn’t just avoiding recalls but keeping downstream customers satisfied. If a batch doesn’t meet our own thresholds, we rework or scrap it—no exceptions for the sake of cost.
We supply Grass Root Extract to nutraceutical firms, composting operations, crop consultants, and even research institutions. Each sector comes with unique demands, but across the board, the need is for consistent, safe, and demonstrably active material. For agricultural users, stability and texture translate directly to dosing accuracy. For food or feed blends, it’s all about clean taste and measurable ingredient disclosure. Personal care teams look for mildness and natural aroma. Each set of customers scrutinizes the material in its own way—one group running allergen screens, another doing nutrient uptake comparisons.
No matter who the end user is, detailed documentation and open communication remain key. We’ve been called in to consult on failed applications from other suppliers’ product, where lack of information on lot processing caused the downstream processor to resort to guesswork. Over the years, we refined our own documentation and provide it freely. That helps customers adapt formulas quickly and avoids hidden surprises.
Traceability does not start in the lab. Everything hinges on where and how the roots grow. We work directly with farm partners who test their soil and rotate crops to keep pesticide and heavy metal levels in check. Some of the most expensive headaches for an extractor can be traced to soil contamination that went unchecked for years. If markers trend upward, we drop those fields from raw supply until they return to standard.
Our extraction line also runs on closed-loop water recycling, keeping solvent and washwater discharge out of surface streams. Years back, a municipal audit pushed us to update containment. Now, our production floor runs with automated spill protection, so neighbors and regulators know exactly how we control runoff.
Faster process times mean little if finished material can’t pass customer or regulator scrutiny. From our earliest years, we set aside revenue to purchase modern analytical equipment and train our quality staff well beyond minimum legal requirements. Each production batch gets both in-house and periodic third-party lab testing, confirming that no lot diverges from the chemical profile we publish.
We retain samples for years on every lot and pull them out immediately if anyone down the chain spots a concern. It’s not always easy to commit this level of resourcing, but missed contaminants or uncooperative lots cost much more in the long run.
Since every growing season can shift extractable actives, we keep extraction flexible. A shift in soil moisture or root maturity means process temperatures or solvent ratios have to change. Shortcuts, like running generic settings year-round, usually backfire. Rather than copying someone else’s benchmarks, we adjust to the actual roots in front of us.
Some of our competitors still run off a fixed cycle and solvent blend year after year, but those who stick with us value the small but regular process adjustments. It pays off in real field results: more even mixing, reduced sedimentation, and easier application.
No production line runs perfectly every time. Once we saw a series of drums develop fine grit after export, traced not to a production misstep but to an undetected change in drum supplier. Another time, a client flagged a faint cooked aroma; we sourced it to a single batch where the heating tank ran hotter than intended one afternoon. Each time, we adapted: more rigorous supplier checks, tighter process alarms on temperature, even staff retraining.
We learned to treat customer feedback as central, not optional—a policy that means opening up records and walking through our systems. This openness usually fixes the issue faster and builds long-term trust. Some buyers have worked with us for over a decade for that reason.
Making and delivering extracts takes more than maintaining equipment and checking lab boxes. The most important thing we provide is predictability. Every time a customer calls with a specific need—more concentrated actives, milder aroma, tighter particulate control—we listen and run trials to see what’s possible. Sometimes customers want us to tighten certain contaminants down further than guidelines; we adapt for them. We’ve reformulated extraction methods for clients in countries with different regulatory standards, sent samples for pilot runs, and changed packaging at their request.
People remember a supplier who calls back, sends technical staff to provide field support, and helps walk through issues when they do occur. Relationships built on troubleshooting together outlast price wars or short-term trends.
We partner with university agronomists and private soil labs to stay ahead of trends in crop feeding and botanical extraction. Grass Root Extract is a product shaped both by long years of practical problem-solving and willingness to adapt to new science. We monitor global research showing increased plant resistance or improved livestock feed uptake with certain extraction fractions. These details feed directly back into how we modify our process controls and reporting.
Lab testing finds compounds that field tests often miss. By matching in-vitro and in-vivo results, we dial in not just concentration numbers but what actually works in the real world. This is a key reason that end users trust our batch reporting system.
Grass Root Extract’s main applications shift as markets evolve. Several years ago, demand skewed heavily toward animal feeds. More recently, we’ve seen uptake in hydroponics and biostimulant manufacturing, where reliable growth stimulants support large-scale vegetable production. Down the line, personal care formulators look for gentle plant extracts with clearly documented origins.
We make a habit of sending samples for field and lab trials before scaling supply. This builds mutual understanding and makes sure nothing gets wasted. Customer feedback guides our process design just as much as regulatory or market review.
Processing always depends on the people overseeing the work. Our team—most of whom have spent years at the plant—take pride in recognizing shifts before computers flag them. Whether they spot haze in the product stream or hear an off note in the aroma, they take action. We keep the learning loops close: test, document, confirm, then adjust as needed. It’s this approach that built long-term trust with buyers.
Supplying Grass Root Extract to repeat customers each year provides steady motivation to improve. We build product around their expectations and stay engaged long after the loading dock clears. That’s the difference real manufacturing makes, and it shows in every drum we deliver.