Agricultural Emulsifier 600
- Product Name: Agricultural Emulsifier 600
- Chemical Name (IUPAC): Polyoxyethylene (20) sorbitan monooleate
- CAS No.: 9005-65-6
- Chemical Formula: C18H34O6
- Form/Physical State: Liquid
- Factroy Site: Binhai Economic and Technological Development Zone, Weifang City, Shandong Province
- Price Inquiry: sales2@liwei-chem.com
- Manufacturer: Shandong Haihua Group Co.,Ltd.
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- Agricultural Emulsifier 600 is a nonionic surfactant in liquid form, commonly used in crop protection formulations, where stable oil-in-water emulsification is required.
| HS Code | 130290 |
| Product Name | Agricultural Emulsifier 600 |
| Appearance | Clear to light yellow liquid |
| Chemical Type | Non-ionic surfactant |
| Solubility | Soluble in water and organic solvents |
| Ph Range | 6.0 - 8.0 (1% solution) |
| Density | 1.01 - 1.05 g/cm³ |
| Boiling Point | Above 200°C |
| Flash Point | >150°C |
| Hlb Value | Around 10-12 |
| Primary Application | Emulsification of crop protection chemicals |
| Storage Temperature | 5 - 40°C |
| Shelf Life | 24 months in unopened original packaging |
As an accredited Agricultural Emulsifier 600 factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The Agricultural Emulsifier 600 is packaged in a sturdy 25 kg blue plastic drum, with clear labeling and safety instructions. |
| Container Loading (20′ FCL) | Container Loading (20′ FCL) for Agricultural Emulsifier 600: Packed in 200kg drums, 80 drums per container, net weight 16 metric tons. |
| Shipping | **Shipping Description for Agricultural Emulsifier 600:** Agricultural Emulsifier 600 is typically shipped in tightly sealed, corrosion-resistant drums or IBC tanks to prevent contamination and moisture ingress. Store and transport in a cool, dry location, away from direct sunlight and incompatible materials. Ensure standard chemical handling and labeling protocols are followed for safe delivery. |
| Storage | Agricultural Emulsifier 600 should be stored in a cool, dry, and well-ventilated area, away from direct sunlight, heat sources, and incompatible substances such as strong oxidizers. Keep the container tightly closed when not in use to prevent contamination and moisture absorption. Use suitable, labeled containers and ensure that storage areas are equipped with spill containment measures for safety and environmental protection. |
| Shelf Life | Agricultural Emulsifier 600 typically has a shelf life of 12 months when stored in a cool, dry, and well-sealed container. |
Applications of Agricultural Emulsifier 600 in Industrial Manufacturing
Agricultural Emulsifier 600 supports high-demand agricultural formulations across several industrial sectors. Our material complies with regional regulations and sustains process consistency for bulk production. Below, we detail primary application segments driven by end-user needs in crop protection, nutrition delivery, horticulture, fertilizer manufacturing, and seed treatment.
1. Pesticide Suspension Concentrate Formulation
Pesticide manufacturers incorporate Emulsifier 600 to enable stable water-based suspension concentrates. Its performance ensures rapid wetting and dispersion of insoluble pesticide actives and reduces creaming or sedimentation in storage and application. Production lines dose it during high-shear mixing, where quality control monitors particle size distribution and emulsion stability under regulatory protocols. These parameters directly impact product shelf-life and end-user application efficiency in precision agriculture.
Industry compliance standards
- FAO/WHO Specifications for Plant Protection Products
- US EPA Guidelines for Inert Ingredients in Pesticides (40 CFR part 180)
- REACH Regulation (EC) No 1907/2006
- Chinese GB2763 pesticide residue standards
Typical usage ratio
- 3–8% w/w, adjusted based on active loading, required droplet size, and formulation rheology
Downstream process integration
- Dosed at the initial dispersion stage before addition of actives and wetting agents
- Mixing occurs under controlled shear in jacketed batch reactors
Final product types
- Herbicide suspension concentrates (SCs)
- Fungicide suspensions
- Insecticide flowables
2. Emulsifiable Concentrate (EC) Crop Protection Blends
Emulsifier 600 finds critical use in EC pesticide manufacturing, where it disperses oil-soluble actives into stable concentrates. Its emulsification action underpins post-dilution performance in field spraying systems used by large-scale farms. Dosing aligns with HLB requirements, active solubility profiles, and oil carrier selection. Manufacturing plants commonly monitor phase separation, droplet diameter, and cold storage resistance to meet country-specific compliance for safe field application.
Industry compliance standards
- American Society for Testing and Materials (ASTM D6081)
- European EC No 1107/2009 for Plant Protection Products
- ISO 3118 Emulsifiability testing
Typical usage ratio
- 5–12% w/w, tailored to oil content, target active, and local climate conditions
Downstream process integration
- Added to the oil phase with solvents and actives during the main blending step
- System homogenization at ambient or slightly elevated temperatures
Final product types
- EC herbicides
- EC insecticides (including pyrethroid blends)
- EC fungicides
3. Water-Soluble Fertilizer Microemulsions
Liquid fertilizer plants use Emulsifier 600 to create microemulsions containing trace elements, micronutrients, or growth regulators for foliar and soil application. The emulsifier enables consistent micronutrient delivery with clear, visually stable products at a commercial scale. Dosage optimizes clarity, salt tolerance, and microemulsion droplet stability. Operators monitor conductivity, pH, and salt-out point during post-blending QC, adhering to international regulatory controls for fertilizer additives.
Industry compliance standards
- International Fertilizer Association (IFA) nutrient input code
- European Regulation 2019/1009 for Fertilizing Products (CE)
- Chinese NY/T 1976-2010 (nutrient solutions)
Typical usage ratio
- 1–6% w/w, dependent on carrier solution salinity and target microemulsion clarity
Downstream process integration
- Emulsifier premixed with liquid nutrients in in-line blender or batch tanks
- Microemulsion formation finalized under low-speed agitation before packaging
Final product types
- Clear foliar microemulsion fertilizers
- Soil-applied micronutrient concentrates
- Agrochemical-nutrient blends for controlled delivery systems
4. Seed Treatment Polymer Coating Solutions
Coating operations at seed processing facilities employ Emulsifier 600 to safely apply uniform polymer-based protective and nutrient layers on commercial planting seeds. The emulsifier stably disperses polymer binders, colorants, and micronutrients into aqueous coatings for precise deposition rates. Seed coaters calibrate dosing based on polymer percentage and viscosity targets, ensuring consistent film formation and dust-off resistance. National seed treatment standards guide QC protocols before batch release.
Industry compliance standards
- OECD Guidelines for the Testing of Chemicals – Seed Coating (TG 213/214)
- ASTA (American Seed Trade Association) Quality Management Protocols
- EU Regulation (EU) 2018/848 for Seed Treatment Substances
Typical usage ratio
- 2–7% w/w of total slurry, adjusted for polymer matrix, pigment, and micronutrient type
Downstream process integration
- Mixed into seed coating solution during solubilization step
- Introduced through in-line feed in continuous coating drum or batch pan systems
Final product types
- Polymer-coated hybrid seeds
- Fungicide- and micronutrient-coated cereals
- Pelleted vegetable seeds with color and nutritional additives
5. Adjuvant Blending for Agricultural Sprays
Adjuvant manufacturers utilize Emulsifier 600 in tank-mix adjuvants to improve spray coverage and active uptake in intensive crop management. Its function enhances spreadability, reduces drift, and maintains emulsion integrity with a wide range of actives and water qualities. Industrial blenders incorporate it at controlled rates, tracking blend uniformity and, where required, anti-foaming characteristics for application in automated sprayer systems. Pre-market approval requires adherence to adjuvant listing regulations and quality benchmarks for safety and environmental impact.
Industry compliance standards
- US EPA List of Approved Tank Mix Adjuvants (Section 25(b))
- Australian Pesticides and Veterinary Medicines Authority (APVMA) Adjuvant Guidelines
- SANS 10206 (South African National Standard for Agricultural Chemicals)
Typical usage ratio
- 1–4% w/w for standalone adjuvants; up to 10% in multi-purpose blend, depending on tank-mix composition
Downstream process integration
- Incorporated during blending of adjuvant concentrates under mild stirring
- Final blend passes filtration and packaging line QC before shipment
Final product types
- Non-ionic spray adjuvants
- Tank-mix drift control additives
- Leaf surface wetting agents
6. Biostimulant Emulsion Manufacturing
Biostimulant producers select Emulsifier 600 to stabilize biologically active ingredients within oil-in-water emulsion systems. The emulsifier preserves product homogeneity during storage and transport, enabling effective field delivery of amino acids, humic substances, and plant extracts. Formulation teams determine dosage relative to actives’ polarity and natural oil content, with process adjustments for product viscosity, droplet size, and resistance to phase reversal according to regional biostimulant certifications.
Industry compliance standards
- European Biostimulants Industry Council (EBIC) voluntary standards
- European Regulation (EU) 2019/1009 for Biostimulants
- US OMRI listing for input materials in organic crop production
Typical usage ratio
- 2–7% w/w, optimized through laboratory emulsion studies for each biostimulant composition
Downstream process integration
- Added during pre-mix phase in emulsion and homogenization tanks
- Final emulsion passes microbial and physicochemical QC before labeling
Final product types
- Foliar-applied biostimulant emulsions
- Soil drench nutrient emulsions
- Organic cultivation input blends
Competitive Agricultural Emulsifier 600 prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please contact us at +8615380400285 or mail to sales2@liwei-chem.com.
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Tel: +8615380400285
Email: sales2@liwei-chem.com
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- Agricultural Emulsifier 600 is manufactured under an ISO 9001 quality system and complies with relevant regulatory requirements.
- COA, SDS/MSDS, and related certificates are available upon request. For certificate requests or inquiries, contact: sales2@liwei-chem.com.
Agricultural Emulsifier 600: Forged in Our Plant, Shaping Smarter Crop Solutions
Meeting There, On the Farm – The Role of Emulsifiers in Today’s Agriculture
We spend a lot of time listening to the men and women who run tractors before dawn and check irrigation valves after sunset. The world expects more food from less land, and with climate talking back at every step, every detail in chemical blends matters. That’s where Agricultural Emulsifier 600 steps in, crafted directly from our workshops, not by chance, but in direct answer to growers and blenders who demanded less friction in their spray tanks and more trust in the field.
We Start With What Works, Then Push Further
The backbone of Emulsifier 600 comes from robust, field-proven chemistry, shaped by our own engineers who have watched too many acres lost to mix separation or stubborn spray residues. Around here, we don’t ship a single order till our in-house team actually tests new lots in conditions that mimic real spraying rigs, not lab glassware. We’ve seen emulsifiers clog nozzles, settle out under heat, or worse—leave visible film on the underside of leaves. Our work on Emulsifier 600 tackles these pain points head-on.
Understanding Emulsifier 600’s Edge
Our model 600 carries a proprietary blend, mainly ethoxylated fatty acids with a touch of natural alcohols, offering an optimized Hydrophilic–Lipophilic Balance (HLB) for tough agricultural mixtures. The blend forms stable oil-in-water emulsions, keeping actives and surfactants playing nicely together, whether a grower is working with EC (emulsifiable concentrate) herbicides, insecticides, or specialty foliar feeds. That HLB number isn’t just theoretical here; we validate it through field batch runs, not just titration curves.
We manufacture 600 as a liquid concentrate, tightly monitoring every batch for low moisture content, because water pickup in an emulsifier cuts shelf life and throws off the ratio in real-world formulations. We keep viscosity within a tight window too—thick enough to handle gentle transfer on the farm, thin enough so dosing doesn’t gum up meter pumps. Bulk containers and industry-standard drums both move straight from our reactors to the final filling line. We do not outsource blending, so each batch leaves our plant with certified specs.
What Goes In, What Comes Out
We use a raw material approach that minimizes variability. Fatty acid sources come from a single, tracked group of vegetable processors; alcohol components stay well within purity standards. By sticking to a single pipeline, we avoid found-in-the-wild batch swings—something growers notice fast when every tank mix grows cloudy or separates on warm afternoons.
A common refrain among customers: “Why doesn’t this glop up my hoses like the old stuff did?” The answer is first-principles engineering, not bench-top compromise. We use no harsh salts, no metal soaps, and keep our formulations solvent-free to prevent residues in irrigation lines and sprayer booms. Tolerances for non-volatile impurities get kept razor-thin. Before any shipment leaves, we always run each production lot through a series of compatibility tests, not just with water, but up against the common pesticides, adjuvants, and micronutrient formulas actually moving through today’s distributors. If one batch lags behind on clarity or forms a stubborn cream layer, nobody signs off. Field reliability means more than just breaking an emulsion in a jar.
Real Results On Real Farms
We’ve spent years in the field, side by side with spray operators. They tell us about the real headaches: emulsion breakdown halfway across a 60-acre field, or sticky build-up in boom filters, or neighbors upset about drift from poor mixing. Emulsifier 600 went through its paces during both hot and cold seasons—mixed with hard well water, acidic tank water, and even reclaimed irrigation water. No visible separation, no “snow” or dropout, and—probably most important for those walking the fields—little or no odor lingering after the truck pulls away. That attention to environmental comfort counts for more than just good neighbor relations. It also spells fewer worries about trace off-target residues.
Repeated comparative sprays keep showing Technicians how reliably Emulsifier 600 carries oils and actives to the leaf cuticle or fruit surface. Tank mixtures flow cleanly through most current gen air-induction nozzles and high-pressure lines. We saw clear differences using Emulsifier 600 over competitors in adjuvant load: lower foaming, steadier dispersion times, and an easier rinse-down between tank fills.
Learning From Every Season – Model 600, Living Up To Crop Demands
Over time, operators and blenders spot shortcuts other brands try—shortening up on core ingredient content, for instance, or cheapening the fat source. That shows up when product separates in storage or turns sludgy in cold sheds. Our years making agricultural emulsifiers informed the direct, unvarnished feedback that led to Model 600. We keep our eyes open to every batch used in adverse climates; for example, heat-cycled samples are stored in open sheds, just as they would be on a farm, and checked for viscosity shift and visible separation. Stability isn’t just a number on a spec sheet; it’s whether tomorrow’s spray job goes without a hitch.
A distinctive edge of 600 comes in its adaptability to spray tank pH. Seasons shift; water changes. Some regions see acidic runoff or mineral-heavy well supply. Rather than break or clump, Emulsifier 600 supports a wide pH band. We have concrete numbers from our in-house batch testing: consistent emulsion at pH ranges from 4.5 up through around 9, with no layering or formation of “cream” in the top of the tank. That resilience only grows in value as climate patterns force more growers to push the edges—switching sources or shortening spray windows around weather.
Differences That Matter—Not Just Chemistry On Paper
We encourage questions from formulators and agronomists who try to “make it work” with off-the-shelf emulsifiers blended for household or industrial use. What sets Model 600 apart is not buzzwords but the actual production rig and design choices behind it. While most standard emulsifiers reach market through generic resellers who mix bulk international shipments, we build ours batch by batch here, selecting and tracking every raw component. That direct line between manufacturer and end-user fosters long-haul consistency.
Model 600 forgoes added solvents that can trigger phytotoxicity in fine-leaved or sensitive cash crops. That’s one less variable. We also keep our own production free from common antifoaming agents frequently padded into commercial “one size fits all” blends—those can foul up tank cleanliness in regulatory testing or linger in spray equipment. The focus remains on the active chemistry, not on layers of secondary additives that muddy performance, sometimes even at trace levels.
Another difference shows up in multi-functional blends. Many general-purpose emulsifiers can’t cope with today’s complex tank mixes. Tank partners often include oils, systemic actives, wetters, stickers, and micronutrient chelates. Model 600 holds all these together consistently in the tank without “salting out” or competing for surface area. That puts real working power in the hands of farm managers who no longer build simple, single-ingredient sprays.
Troubleshooting In the Real World—Direct Answers, Not Fine Print
Product support demands more than a product data sheet. Around here, field calls from operators offer the best test. If a batch comes in and a grower sees clouding or odd viscosity, they get direct answers to questions—from the people who made the batch, not a phone script read from an outsourced help desk. Often trouble starts with water chemistry or incompatible tank partners. Our in-house chemists routinely develop simple protocols to pinpoint root causes, and we publish those troubleshooting guides based on first-hand experience, not guesswork.
We’ve also invested in formulation flexibility. If a customer’s operation relies on a mix with an out-of-spec pH or high mineral load, Model 600 blends can be tailored at the source. We’re not forced to ship “like it or leave it” product. For major ag blenders or cooperatives with unique gear or water challenges, we’ve retooled production runs to fit the specific window they require. That flexibility grows from in-house engineering, not passing along someone else's factory blend.
Environmental Responsibility and Agricultural Future
Modern agriculture faces relentless scrutiny over every input. Residues, drift, off-target damage—every part of a blend ends up in compliance paperwork or in a neighbor’s field. Because Emulsifier 600 leaves no detectable solvent residues and avoids persistent surfactants, our customers see fewer rejections at produce packhouses and less pushback from inspection agencies. Even waste streams—tank rinsate and wash water—pose fewer issues downstream since Model 600 lacks the common salts and auxiliary components that raise biological oxygen demand.
Direct manufacturing control allows us to fine-tune not only for green chemistry standards but for emerging regulatory traces: less off-target leaching, fewer flagged residues entering groundwater reports, no risk of mixing in banned or “watchlist” additives. With tighter control over incoming raw feed we handle supply-side documentation without shifting blame to invisible subcontractors—helping our customers know where every chemical actually comes from, no matter how tough new local rules become.
Reliability Comes From Inside the Factory
We’ve weathered years of raw price spikes, seasonal shortages, and even shipping disruptions. Continuity comes from keeping full-scale production under one roof—not just warehousing but everything from raw feed to finished drumming. Our plant runs with a thread of chemical engineers and operators who’ve stood with us through every market surge, and who have seen what can go wrong—from moisture intrusion to mislabeled lots, and from cross-contamination to missed batch records.
Each Model 600 batch heads out tagged with full traceability—backed by live electronic records—not just a sticker. If anyone raises a call about flow properties or appearance, we can roll back to original reactor logs and pull raw batches off storage for real comparison. Direct accountability, not excuses routed through resellers, marks every customer experience. Time down on a sprayer costs much more than a few dollars in additives; we take delayed delivery or mix issues as a root problem to solve, not a minor hiccup.
Listening and Improving—A Feedback Loop From the Field
Our site is more than just a line on a bill of lading for wholesalers and blenders. Local partners keep us sharp—sending back critical samples after a tough week’s mixing, flagging an off-spec experience, or pressing us with requests: “Can it handle more oil next season? Will it hold up with the new EC coming? Does it handle our reclaimed water without layering?” The feedback shapes product improvements; no single line of this formula was locked in without hundreds of gallons moved, mixed, and sprayed in field conditions.
Continuous improvement drives Model 600—plant managers see every report, not siloed in R&D. We prototype batch tweaks on customer realities: hotter storage sheds, lower spray temps, harsher adjuvants, local pest and weed shifts. Only direct, honest feedback closes the loop between our process tanks and your mixing tank.
What Lies Ahead—Supporting the Next Generation of Ag Chem
Few industries face pressure from so many sides—food safety, land efficiency, labor shortages, green consumer demand. Our direct role in manufacturing agricultural emulsifiers keeps us accountable. Every improvement in Model 600 means tighter margins for growers, fewer breakdowns in co-op mixes, and less risk when regulators check a transport manifest or quality sample. Speaking as the team building Emulsifier 600, there’s pride in knowing the difference for a grower is not about slogans, but about the batch that makes it to the field—tested, backed, and built to do the job through real, tough seasons.
We will keep challenging the standard ways, drawing on direct factory-floor experience, honest mistakes, and the real challenges that walk in through farm gates every spring. As new crop technologies, active ingredients, and climate demands emerge, you’ll find us as partners committed to engineering the small differences that change harvest outcomes. Agricultural Emulsifier 600 wasn’t created in isolation—it’s the result of shared knowledge, hard seasons, and the continual back-and-forth between those who manufacture chemistry and those who put it to work. Every drum shipped carries that collaboration.