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HS Code |
892715 |
| Chemical Name | Furametpyr |
| Iupac Name | 5-amino-4-cyano-1-(2,6-difluorobenzyl)-1H-pyrazole-3-carboxamide |
| Cas Number | 179961-21-4 |
| Molecular Formula | C12H8F2N4O |
| Molecular Weight | 262.22 g/mol |
| Appearance | White to off-white crystalline solid |
| Solubility In Water | Low |
| Melting Point | 168-170°C |
| Usage | Fungicide |
| Mode Of Action | Inhibits succinate dehydrogenase (SDHI) |
| Toxicity Class | Low toxicity to mammals |
| Logp | 2.2 |
| Stability | Stable under normal storage conditions |
As an accredited Furametpyr factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The 500g Furametpyr packaging features a white plastic bottle with a secure blue cap, labeled with product details and hazard symbols. |
| Shipping | Furametpyr should be shipped in tightly sealed, labeled containers under cool, dry conditions. It must comply with local and international regulations for transporting chemicals, including proper documentation. Avoid exposure to extreme temperatures and direct sunlight. Ensure packaging prevents leaks or spills and handle with care to avoid physical damage during transit. |
| Storage | Furametpyr should be stored in a tightly closed container in a cool, dry, well-ventilated area away from direct sunlight and sources of ignition. It must be kept separate from incompatible materials such as strong oxidizing agents. Store at stable room temperatures, preventing any excessive heat or moisture exposure. Ensure appropriate labeling and restrict access to authorized personnel only for safe handling. |
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Purity 98%: Furametpyr with 98% purity is used in post-harvest disease management for fruit storage, where enhanced inhibition of fungal spore germination is achieved. Melting point 128°C: Furametpyr with a melting point of 128°C is applied in seed treatment processes, where it ensures thermal stability during high-temperature coating operations. Particle size <10 µm: Furametpyr of particle size below 10 µm is utilized in foliar spray formulations for vegetable crops, where it provides uniform leaf coverage and improved contact efficacy. Stability temperature 60°C: Furametpyr with stability up to 60°C is incorporated in greenhouse fumigation, where consistent fungicidal performance under elevated environmental temperatures is maintained. Aqueous solubility 45 mg/L: Furametpyr exhibiting aqueous solubility of 45 mg/L is formulated for irrigation systems in rice paddies, where it delivers effective distribution and persistent pathogen control. Viscosity grade 40 mPa·s: Furametpyr at a viscosity grade of 40 mPa·s is used in suspension concentrate for orchard application, where it prevents sedimentation and ensures homogeneous spray dispersion. Molecular weight 301.3 g/mol: Furametpyr with a molecular weight of 301.3 g/mol is involved in systemic fungicide formulations for wheat protection, where it facilitates translocation within plant tissues. Photostability 96% after 8 hours: Furametpyr with 96% photostability after 8 hours is employed in outdoor crop protection, where it maintains prolonged efficacy under direct sunlight exposure. |
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Some weed problems just won’t quit, no matter how carefully you prepare or how thoroughly you rotate crops. Every grower faces this frustration. Furametpyr entered the market because ordinary approaches just leave too many gaps. Working alongside farmers for years, I learned that what they want from an herbicide goes beyond clever chemistry or a glossy safety sheet. They’re looking for dependable results, a real margin of safety for their crops, and practical value for investment.
Furametpyr, with its unique active ingredient profile, provides broadleaf and grass weed control that stands out against the older chemistries still lingering in some sheds. Many early adopters have picked up on this difference right away: the product offers a clean field without the sharp crop stress or unpredictable residuals. That difference matters most during tight sowing schedules, when herbicide carryover can be the difference between a bumper harvest and patchy emergence.
Growers appreciate clarity and honest data. Furametpyr is formulated as a water-dispersible granule, easy to handle and simple to mix. There’s no messy dust during transfer, unlike some of the old wettable powders. Having spent too many seasons watching farmhands wrestle with clumped granules and clogged tanks, I value a formulation that pours clean and blends smoothly into the spray tank. This pays off during long days in the cab when clogged filters simply cannot be tolerated.
Looking closer at the label rates, Furametpyr fits into a familiar application window for cereals, corn, soy, and orchard crops. Most tank mixes play well with its chemistry, so growers aren’t left patching together safety trials out in the field. With application rates commonly around the mid-range for selective herbicides, Furametpyr doesn’t squeeze users with ultra-high costs per hectare or demand custom sprayers. That practical thinking shows up in the packaging, where resealable bags avoid humidity issues and the granules don’t cake up in the shed, even on humid afternoons.
Plenty of manufacturers make sweeping promises about season-long control, but performance in live fields tells the true story. Furametpyr stands out here by offering knockdown and residual action against a wide cross-section of weeds, including tough perennials that have shrugged off group-2 and group-5 herbicides for years. Many farmers have noticed that rotation partners can include tricky crops like potatoes or peanuts without lingering symptoms. On fields I’ve watched, stand establishment never faltered, and the interplay with soil microbes showed less impact than with harsher chemistries.
Rainfastness remains a big headache for chemical applicators, especially in the unpredictable shoulder seasons. Furametpyr brings real insurance, with a short rainfast interval that means sudden weather shifts don’t wash away investment down the furrow. Since drift onto non-target areas becomes a huge liability in tightening regulatory climates, the material’s low volatility wins trust. Fields sprayed in typical spring winds held their boundaries, which matters to both neighboring operations and the wider community.
It’s not enough for an herbicide to promise results in a plot trial; it has to fit the broad sweep of modern agriculture. Furametpyr lines up with minimum-till and no-till programs, which are becoming more common as both soil health and labor savings rise in value. Over several seasons, soil residue tests didn’t show buildup, and the absence of secondary carryover into subsequent crops left rotations worry-free. I’ve seen growers slot Furametpyr into both pre-emergence and post-emergence timing, giving flexibility as unpredictable weather changes field plans.
The product holds up in real-world tank mixes, with no surprises when combined with insecticides or foliar nutrients. Farmers have always craved a stress-free spray day, and nobody wants to be the one making late-night calls about a tank compatibility issue. A clear label and years of field experience have proven Furametpyr’s chemistry plays well with most adjuvants, so mixing partners work as expected. And unlike some bulky concentrates, Furametpyr granules dissolve quickly, so there’s no worry about sediment in expensive equipment.
The tangled landscape of herbicides tends to make every new product sound revolutionary. Furametpyr sets itself apart by focusing on real problems growers deal with every day. Older synthetic herbicides, for all their historic success, have led to persistent resistance in many tough species—think annual ryegrass or marestail. Furametpyr delivers a different site of action, so it gives farmers tools for resistance management, not just weed knockdown. The value here comes down to keeping more options open for future seasons instead of boxing the operation into a corner.
Every year, the regulatory bar for environmental safety climbs higher, and with good reason. Drift, water contamination, and effects on pollinators raise tough questions. Field trials on Furametpyr show lower soil mobility, and its rapid breakdown in surface conditions reduces the risk of runoff, which had stymied some other herbicides in sensitive environments. Familiar problems like groundwater leaching, or accidental non-target injury on fruit set, have dropped from feedback as growers put the product through its paces.
Walking rows with growers, what matters most always comes down to the safety of their crops and families. They’re not impressed by academic presentations or marketing hyperbole. The trust in Furametpyr comes from seeing the same consistent results on different farms, year after year. Following up after a wet spring or a tough harvest, the conversation always comes back to reliability. This is where practical experience trumps any technical specification—the everyday worker wants assurance that each spray application will protect yield without surprises.
Feed operations, arable farms, specialty growers, and even some golf courses have turned to Furametpyr for a cleaner result where off-target injuries would be unacceptable. In my role consulting for farms embracing organic matter management and resource conservation, I’ve noticed a marked reduction in non-target stress symptoms compared to other common post-emergence products. The measured physiological effect on crops remains lower, keeping nutrients in the field and avoiding the shriveled leaf margins that most growers dread.
Busy seasons can turn minor hassles into major headaches. From storing to mixing, Furametpyr streamlines all the familiar pain points. It ships in robust, compact bags, stows neatly on common shelving, and latches securely to keep contents dry. Loading the tank doesn’t mean dust clouds or sticky wettable powder residue, so workers spend less time in PPE and don’t bring chemical traces home. Having helped train countless new applicators, I know that shelf stability cuts accidents and delayed mixing keeps crews on schedule.
One challenge that continues to push forward involves application technology. Increasingly, growers are using precision sprayers and GPS guidance. In this context, Furametpyr goes through fine nozzles and advanced spray rigs without leaving a sticky residue or blocking lines. That difference matters when downtime chews into productivity and every planted acre must count. On-site evaluations have shown consistent application rates and no hot spots, so growers get the control they expect without patchy field performance.
With global agriculture facing climate shifts, sustainability keeps taking center stage. Controlling competition from weeds often involves a tradeoff between immediate yield and long-term soil health. Furametpyr’s relatively moderate persistence prevents soil microbe buildup, so cover crops can be seeded with less risk. In my years on diversified farms, incorporating Furametpyr made it possible to pursue both weed control and the introduction of pollinator-friendly borders. This effect pleases both growers and regulators, helping to keep input costs and compliance on the right side of the balance sheet.
As efforts to rebuild degraded soils gain momentum, heavy herbicide carryover can undo months of hard work. Furametpyr’s breakdown profile and low binding mean fewer headaches when switching from row crops to vegetables or forage after grain harvest. Turning fields around with shorter fallow periods becomes possible, and more timely planting remains open as an option. This kind of adaptability helps operations remain both productive and soil-conscious, particularly as input costs climb higher every year.
The herbicide market is full of products that chase ever-smaller niches. What sets Furametpyr apart is an approach grounded in the practical realities of everyday farming—the kind where a whole crew and a tight budget drive decision making as much as any technical breakthrough. In the endless battle against resistant weeds, Furametpyr is an invaluable tool in the integrated pest management toolkit. It does not replace cultural practices or crop rotation, but it keeps flexible options on the table, preventing growers from digging ever deeper into a single chemical group.
One way the industry can help growers get the most from Furametpyr lies in partnerships between dealers, agronomists, and experienced users. Field days and on-farm trials have shown good value in spreading local knowledge of application timing, tank mix partners, and integrated strategies. I’ve watched growers learn from each other during the crunch weeks; these lessons stick much longer than any pamphlet. Ensuring careful stewardship will keep Furametpyr effective for years without fueling the next wave of weed resistance.
Evaluating a new herbicide should always start in the real world, not just the laboratory. Furametpyr’s clear benefits—broad-spectrum control, lower risk of resistance, well-understood environmental behavior, and simple handling—match up with what actual users value. Having seen its ease of use firsthand, as well as hearing constructive feedback from longtime growers, I can say this product doesn’t just fill a slot on a chemical shelf; it provides options and peace of mind at a time when both are in short supply.
The real test of any new farm input comes years after the first purchase, in the stories and data from the people who use it day in, day out. Furametpyr continues to earn its place through reliable control and a design built for today’s pressures—both environmental and economic. It won’t make every decision easy, but it helps solve the tough ones, keeping growers productive, responsible, and ready for what’s next.