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HS Code |
251929 |
| Chemical Name | Prodiamine |
| Chemical Formula | C13H19N3O4 |
| Cas Number | 29091-21-2 |
| Molecular Weight | 281.31 g/mol |
| Appearance | Yellow crystalline solid |
| Solubility In Water | Very low (less than 1 mg/L at 20°C) |
| Melting Point | 124-128°C |
| Mode Of Action | Pre-emergent herbicide (inhibits root growth) |
| Usage | Control of annual grasses and broadleaf weeds |
| Application Method | Soil application |
| Persistence In Soil | Moderate to high (several months) |
| Trade Names | Barricade, Endurance |
| Stability | Stable under normal conditions |
As an accredited Prodiamine factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Prodiamine packaging features a sturdy yellow plastic jug, labeled clearly, containing 5 liters of product with detailed safety and usage instructions. |
| Shipping | Prodiamine is shipped in tightly sealed, labeled containers, typically drums or bags, to prevent moisture and contamination. Packaging complies with transport regulations for agrochemicals. During transit, the chemical is kept away from food and feed. Appropriate documentation and safety data sheets accompany the shipment to ensure proper handling and compliance. |
| Storage | Prodiamine should be stored in its original, tightly closed container in a cool, dry, well-ventilated area away from food, feed, and water sources. Protect from direct sunlight, moisture, and temperature extremes. Keep away from incompatible substances such as strong oxidizers. Always follow local regulations for storage, and keep out of reach of children, pets, and unauthorized personnel. |
Applications of Prodiamine in Industrial ManufacturingProdiamine serves as a key raw material for several downstream industrial herbicide applications. As a manufacturer, we supply high-purity grades to support demanding formulation and process requirements in selective vegetation management sectors. Below, we detail verified application scenarios, covering industry compliance, formulation ratios, process entry points, and end-use products developed by our clients. 1. Turfgrass Pre-Emergent HerbicidesCommercial turf maintenance and landscaping companies widely use our material in pre-emergent herbicide concentrates to prevent annual grass and broadleaf weed establishment in high-value lawns and sports fields. Formulators rely on its extended soil residual activity, particularly for golf courses, commercial sod farms, and municipal greenspaces, where regulatory and end-user quality controls require predictable, long-lasting performance. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
2. Ornamental Nursery Weed Control AgentsHorticultural growers and ornamental nurseries integrate prodiamine-based pre-emergence weed prevention into container and field production. Stringent residue and phytotoxicity standards in this segment drive demand for consistent chemistries compatible with a wide range of sensitive nursery crops. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
3. Industrial Non-Crop Vegetation Management ProductsUtility companies and infrastructure operators use non-crop herbicide blends containing our material to maintain clear ground along rights-of-way, substations, pipelines, and transportation corridors. Regulatory regimes in this area mandate low off-site movement, defined worker safety protections, and environmental monitoring controls. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
4. Commercial Agriculture Row Crop Pre-Emergent HerbicidesLarge-scale row crop producers incorporate this material in pre-plant and pre-emergence herbicide preparations targeting control of crabgrass, goosegrass, and other key annual weeds in crops such as soybean, cotton, and field corn, especially in regions practicing conservation tillage. Growers rely on registration-backed use patterns, and downstream products often undergo stewardship and end-market supply chain audits. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
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Years of walking the line between crops and turf have left no doubt: weeds never pause, whether we’re tending soybean rows, warm-season lawns, or stretching our irrigation farther each season. In our own fields, grassy invaders like crabgrass and foxtail sprout up when the soil starts to warm. In some regions, poa annua treats spring lawns like an open invitation. Neighbors often ask about a solution that will actually make a difference over the full growing cycle without forcing them to spray again a few weeks later. This is exactly where we trust Prodiamine.
Producing Prodiamine in our facility means watching over every stage, from synthesizing the base compound to handling the drying, milling, and packaging. Our most ordered technical grade is Prodiamine 97% TC. We keep a close eye on purity and crystalline characteristics—material that won’t clump on the shelf or clog feeder lines. Granular and wettable powder formulations suit both larger agricultural operations and small-scale turf management. Our team always asks about application method and weather patterns before recommending a formulation, since conditions from Alabama humidity to the arid plains can impact uptake and coverage.
Prodiamine operates as a pre-emergent barrier: it blocks root and shoot growth soon after those seeds crack open but before you even see a weed. Since it stops microtubule assembly (something we’ve confirmed with greenhouse trials under grow lights and in field plots), nothing grows through that treated band unless the herbicide broke down or was washed too deep. Proper timing with Prodiamine means activating right before the first flush of weed seeds wakes up—so precision under local conditions really pays off. In summer and fall, we’ve watched as applications in fescue and Bermuda turf push back annual bluegrass and prevent fall and winter broadleaves from taking hold. For farms, it protects fields during plantings, especially in glyphosate-resistant settings.
Plenty of pre-emergents crowd the market—pendimethalin, dithiopyr, and oxadiazon all compete for attention on the shelf. We’ve run side-by-side plots after heavy rain or extended drought to confirm the practical differences. Pendimethalin can sometimes drift up as vapors in high temps and doesn’t always stick through a season with lots of foot traffic or mowing. Dithiopyr works post-emergence but its residual window narrows under stress. By comparison, Prodiamine binds tightly to soil, even sandy or low organic matter soil, releasing gradually as roots grow near. This property makes it much less likely to move off-site or break down before its job is done. Heat doesn’t cause volatile losses and, under field management, we record steady control through up to three months on most soils—sometimes longer if rainfall is moderate. In our experience, fewer reapplications mean less labor and reduced input costs for growers managing large tracts.
Most users want to avoid surprises or callbacks. Applicators choose Prodiamine for flexibility and predictability: broadcast spreaders cover lawns in spring before crabgrass germinates, and higher-rate sprays along fence lines or medians keep public spaces weed-free through a full season. The loading process is uncomplicated—no excessive dust, good flow from the hopper, minimal clumping—even when stored between seasons. For golf course superintendents, who can’t afford a grounds crew out every week, the product keeps warm-season turf clean without set-back or yellowing. Our team consults directly with farm managers to slot Prodiamine into corn, soybean, cotton, and peanut rotations. The timing for overhead or ground-applied sprays has been refined to match local weed germination data and rainfall forecasts. Even with repeated annual use, our research and local extension feedback confirm minimal weed resistance issues compared to many post-emergent herbicides.
We design our production and packaging operations to minimize off-gassing and reduce operator exposure. Workers on the dry blend lines rotate frequently; they report virtually no odor and little irritation when proper equipment gets used. We conduct residue and breakdown tests on local soils, monitoring for runoff or harmful leaching. In the soils we’ve tested—ranging from heavy clay to sand—Prodiamine stays put near the surface, rarely making it into deeper soil layers or water tables. Most regulatory agencies have reviewed and cleared its use in major agricultural zones, turf, industrial, and municipal settings based on low leaching and reduced impact on soil microbial activity. As always, we promote buffer zones near waterways and encourage users to calibrate spreaders for accuracy; drift hasn’t posed measurable problems using established methods. In over two decades of manufacturing and application support, our facility has not received a single report of significant crop injury or long-term soil issues traceable to this product.
Quality control isn’t a one-time step. Every batch of technical concentrate leaves our facility with supporting lab assays for purity, particle size, formulation stability, and degradation under light and high humidity. We run storage trials to see how active ingredients hold up during hot shipping seasons and long winter warehouses. Feedback loops from retailers and large farm operators inform us about potential blending problems or performance inconsistencies; if a bag or drum doesn’t pour smoothly, our line workers check granulation and conveyor speeds immediately. Ongoing collaboration with extension agents and crop consultants helps us fine-tune recommendations for new weed shifts and resistance patterns, especially as climate conditions push weed emergence windows outside historical averages. In the past year, we’ve refined the wettable granule line to reduce dust and improve mix suspension for large-scale spraying, which field crews in orchards and vineyards appreciate.
Some newer pre-emergent herbicides catch attention with competitive pricing or promises of broader spectrum. We see them make a mark in specialty crops or urban renovation projects, but published field results often raise questions about real-world persistence, mixing tolerance, or unanticipated turf sensitivity. Our regular trials never show late-season weed escapes when Prodiamine is applied at label rates, even with aggressive grass species like goosegrass pressing up during summer. Bioassays confirm strong root inhibition matched to label claims. We occasionally run public comparison fields, and most independent reviewers rate Prodiamine as providing the longest residual control under variable field conditions. This reliability holds true whether dealing with early spring setup or late summer maintenance.
Farmers and groundskeepers want clear guidance that matches their reality. For large-scale soybean, corn, or cotton fields, growers mix Prodiamine as a tank partner—usually as a base layer before a post-emergent clean-up. Turfgrass managers often favor pre-blended granular for early spring applications, laying down control before mow lines fill with weed seedlings. We supply recommendations always grounded in observed local weed pressure, soil type, and rainfall pattern. For medians, industrial yards, or public parks, a twice-a-year broadcast often keeps surfaces clean. Sports field managers report consistent playability and fewer issues with thatch or off-color patches, a practical sign of reduced weed stress.
No solution fits every acre or every customer need perfectly. Some perennial and woody weed species, like nutsedge or wild onion, resist pre-emergent options and need different management strategies—sometimes combining post-emergent products or mechanical removal. Our agronomy team works with customers to map out problem spots so Prodiamine plays its best role as a foundation, not a silver bullet. Heavy rains right after application occasionally move product lower in the soil, shortening control; split applications in those regions help. Where new resistant biotypes threaten, we help rotate between chemistries and center on non-chemical controls to extend product life.
Feedback from growers and applicators drives adjustments in our operations each season. An orchard manager in central California credits early-spring Prodiamine with reducing labor costs by half, reporting almost weed-free berms and improved fruit set. In Midwestern soybean country, several partners highlight consistent stand establishment after using our pre-emergent, paired with careful weather tracking. Sports turf customers repeatedly mention reduced crabgrass—especially following earlier, broad-spectrum failures—and reliable spring color. Parks managers send in photographs to share low-weed athletic fields even after heavy summer use. These reports inform our own continuing research and encourage further adaptation.
Our team has spent years observing the environmental profile of Prodiamine in the field. Existing studies confirm negligible impact on non-target soil organisms at label rates, and extension services in several states list it among the preferred options for integrated pest management. By binding tightly to soil particles, its potential for off-site movement and groundwater contamination stays limited, particularly compared to more soluble and mobile products in the pre-emergent category. This has contributed to consistently positive assessments from growers concerned about pollinator habitat and downstream water quality. Neighboring organic fields rarely express issues with drift or accidental contamination—test plots confirm stoppage at property borders and careful handling practices minimize risk even further.
As a manufacturer, hands-on support matters as much as good chemistry. Local extension agents and product representatives step in with region-specific calendars and real data records; advice for southern states with warm, humid springs looks different than for northern climates with late snow and slow soil warming. We caution against late applications near seeding, as Prodiamine can stunt root growth in desirable new turf. Application rates always reflect current weed biology and rigorous, repeated plot trials—from residential lawns to stadium turf. We host ongoing seminars and field days to demonstrate best practices, always integrating new findings and responding to challenges as they arise. We stand by Prodiamine as a practical, proven pre-emergence solution: produced with careful control, shipped with science in every bag, and adapted each season for new weed challenges on the ground.