Tengfei Creation Center,55 Jiangjun Avenue, Jiangning District,Nanjing sales7@sinochem-nanjing.com 3389378665@qq.com
Follow us:

Trifenmorph

    • Product Name Trifenmorph
    • Alias Fenpropimorph
    • Einecs 259-549-4
    • Mininmum Order 1 g
    • Factory Site Tengfei Creation Center,55 Jiangjun Avenue, Jiangning District,Nanjing
    • Price Inquiry sales7@sinochem-nanjing.com
    • Manufacturer Sinochem Nanjing Corporation
    • CONTACT NOW
    VTB
    Specifications

    HS Code

    763343

    Chemical Name Trifenmorph
    Cas Number 10419-40-4
    Molecular Formula C19H33NO
    Molecular Weight 291.47
    Appearance Colorless to pale yellow liquid
    Boiling Point 150-152°C at 0.1 mmHg
    Density 0.99 g/cm³ at 20°C
    Solubility In Water Practically insoluble
    Mode Of Action Fungicide; inhibits sterol biosynthesis
    Uses Control of powdery mildew and other fungal diseases in crops
    Iupac Name 4-[2-(3,5,5-Trimethylcyclohex-2-en-1-yl)ethoxy]morpholine
    Melting Point -20°C
    Flash Point 126°C
    Logp 4.96
    Ec Number 233-916-4

    As an accredited Trifenmorph factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing A 500g white, sealed plastic container labeled “Trifenmorph,” featuring hazard symbols, product details, manufacturer, and batch number.
    Shipping Trifenmorph should be shipped in tightly sealed, labeled containers, protected from moisture and direct sunlight. It must be transported according to relevant national and international regulations for hazardous chemicals, typically under Class 6.1 (toxic substances). Appropriate documentation, including safety data sheets, must accompany the shipment to ensure safe handling and compliance.
    Storage Trifenmorph should be stored in a cool, dry, and well-ventilated area away from sources of ignition and incompatible materials such as strong oxidizers. Keep the chemical in tightly sealed, clearly labeled containers made of compatible materials. Protect from direct sunlight and moisture. Ensure access is restricted to trained personnel and that appropriate spill containment and safety measures are in place.
    Application of Trifenmorph

    Applications of Trifenmorph in Industrial Manufacturing

    Trifenmorph remains an invaluable raw material for key agrochemical sectors, particularly as a specialty fungicide intermediate. Our production meets global demand for precise, regulatory-compliant input materials used in advanced downstream processing. The following application scenarios detail specific integration points in end-user industries, with reference to compliance requirements, proven formulation ratios, stepwise manufacturing integration, and the categories of final products delivered to market.

    1. Cereal Crop Fungicide Formulations

    Manufacturers utilize this chemical as a core building block in creating systemic fungicides for high-value cereal crops such as wheat, barley, and rye. Regulatory scrutiny requires strict purity and traceability during fungicide synthesis, particularly for use in food crop protection. The input material supports the production of high-performing active ingredients specifically targeting cereal diseases such as powdery mildew, controlling fungal threats to ensure maximum crop retention. Downstream processors employ precision dosing to meet formulation stability and activity requirements unique to the cereal crop sector, adjusting input based on local agronomic and legislative mandates to safeguard food safety.

    Industry compliance standards

    • EU Regulation (EC) No 1107/2009 for Plant Protection Products
    • U.S. Environmental Protection Agency (EPA) Crop Protection Guidelines
    • China GB2763 - Maximum Residue Limits for Pesticides in Food
    • OECD Good Laboratory Practice (GLP) for Agrochemical Testing

    Typical usage ratio

    • 8–15% w/w in final fungicidal concentrate; actual ratios tailored to crop type, local residue limits, and disease pressure.

    Downstream process integration

    • Add at emulsification or dissolution stage of fungicide formulation; input precisely measured during microencapsulation or SC (suspension concentrate) formulation blending.

    Final product types

    • Systemic fungicide concentrates for wheat/rye
    • Powder formulations for broadacre crop spraying
    • Emulsifiable concentrates for commercial field applicators
    • Tank-mix ready dispersible granules for agricultural cooperatives

    2. Sugar Beet Disease Management Solutions

    Industrial processors target fungal pathogens specific to sugar beet—such as Cercospora leaf spot—by utilizing this input during synthesis of dedicated protection agents. Compliance with both crop-specific residue standards and environmental regulations during processing is crucial, as sugar beet enters the food processing supply chain for both sugar and alcohol production. Manufacturers integrate the raw material into formulation stages calibrated for controlled-release and persistent field efficacy, managing the balance between curative and protective action against prevalent beet diseases. Input levels adjust in accordance with regulatory maximum allowable residue thresholds defined for processed beet products.

    Industry compliance standards

    • European Food Safety Authority (EFSA) MRLs for Sugar Beets
    • U.S. EPA Registration for Beet Fungicides (FIFRA)
    • REACH Annex II for Chemical Safety Reports
    • Integrated Pest Management (IPM) Standards for Root Crops

    Typical usage ratio

    • 5–12% w/w in SC or WG (water-dispersible granule) beet fungicide formulations; applied as per local IPM schedules and MRL regulations for food safety assurance.

    Downstream process integration

    • Input actively combined at the aqueous blending phase or during granulation; in-line monitoring for consistency and residue compliance especially critical in beet protection lines.

    Final product types

    • Sugar beet leaf spot fungicides
    • Seed treatment agents for commercial beet seed coating
    • Post-emergent protective sprays distributed by agricultural companies
    • Dry dispersible powder packs for contracted agro-operators

    3. Industrial Formulation of Turf and Ornamental Plant Fungicides

    Greenhouse and turf management solution providers require specialty inputs enabling advanced fungicidal chemistry adapted to sports turf, golf courses, and ornamental plant sectors. The input is integrated for synthesis of products stringently regulated for minimal non-target impact and environmental fate. Blend ratios depend on the plant type and specific pathogen pressure across commercial turf projects and greenhouse cultivation, especially where client contracts necessitate zero tolerance for visible fungal outbreak. Downstream production must calibrate concentrations closely to assure effective disease suppression without phytotoxic effects on ornamental or turf species.

    Industry compliance standards

    • U.S. National Turfgrass Evaluation Program (NTEP) Recommendations
    • EU Directive 2009/128/EC – Sustainable Use of Pesticides
    • FAO/WHO Codex Alimentarius for Crop Protection Inputs
    • Local authority registration for non-crop pesticide products

    Typical usage ratio

    • 6–11% w/w in commercial turf fungicides; adjustment per plant sensitivity, label registration, and customer specification for sports or leisure facility maintenance.

    Downstream process integration

    • Dosage added during aqueous-based blend or pre-emulsion stage, often with automated mixing lines linked to quality tracking systems for traceability in field application contracts.

    Final product types

    • Turf fungicidal wettable powders
    • Ornamental plant disease management sprays
    • Ready-to-use liquid packs for landscape service firms
    • Root zone disease prevention formulations for sod farms

    4. Rice Paddy Fungicide Production

    Commercial rice crop management incorporates this raw material to yield targeted fungicides for controlling sheath blight and blast—the major fungal threats in intensive paddy agriculture. Processing lines maintain full chain-of-custody and quality compliance due to the direct food chain impact of rice. Operators adjust input levels according to international trade residue regulations and local resistance management frameworks, ensuring performance in field conditions characterized by high humidity and repeated water logging. Precision addition occurs during the formulation of both spray and granular paddy fungicides intended for large-scale farm deployment in key rice-producing regions.

    Industry compliance standards

    • Japan Agricultural Standards (JAS) for Pesticide Use in Rice
    • Codex Alimentarius MRLs for Rice
    • China NY/T 3096–2017 for Paddy Chemical Inputs
    • GAP Compliance (Good Agricultural Practices) for Food-Chain Crops

    Typical usage ratio

    • 9–14% w/w in final rice paddy fungicide formulations; adjusted for regional resistance profiles and export destination residue caps.

    Downstream process integration

    • Material integrated during dispersion or premix tank stage in batch processing, followed by inline homogenization and quality verification prior to granulation or liquid packaging.

    Final product types

    • Granular paddy field fungicides
    • Suspension concentrates for mechanical sprayers
    • Seedling tray topical treatments in rice nurseries
    • Post-planting disease control agents for contract farming systems

    5. Banana Plantation Disease Control Agents

    Banana industry processors require high-purity formulation components for manufacturing crop protection solutions against Sigatoka and other fungal pathogens. Regulatory oversight enforces strict controls on product content and residue handling, with compliance extending to major importing regions such as the EU and North America. Factory-level blending must tightly manage addition rates to reflect the banana’s export-oriented residue standards. Processors employ dedicated mixing and dispersion lines capable of producing both concentrated active and ready-to-dilute field formulations, maintaining efficacy on large-scale plantations.

    Industry compliance standards

    • EU Regulation (EC) No 396/2005 on Maximum Residue Levels for Bananas
    • GLOBALG.A.P. Integrated Farm Assurance for Fruit Production
    • FAO Guidelines on Pesticide Registration for Tropical Fruits
    • ISO 9001 Quality System for Agrochemical Batch Processing

    Typical usage ratio

    • 7–13% w/w in field application fungicide concentrates; modified in response to destination country residue audits and local climatic conditions.

    Downstream process integration

    • Added during active ingredient formulation at the concentrate mixing stage; downstream packaging may involve solvent dilution or microencapsulation for export-grade field products.

    Final product types

    • Export-standard banana fungicide concentrates
    • Foliar disease control sprays for plantation use
    • Controlled release granules for perennial crops
    • Bulk tank-mix additivies for banana producer cooperatives
    Free Quote

    Competitive Trifenmorph 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 sales7@sinochem-nanjing.com.

    We will respond to you as soon as possible.

    Tel: +8615371019725

    Email: sales7@sinochem-nanjing.com

    Get Free Quote of Sinochem Nanjing Corporation

    Flexible payment, competitive price, premium service - Inquire now!

    Certification & Compliance
    More Introduction

    Introducing Trifenmorph: Reliable Protection Straight from the Manufacturer

    Every field season reveals the harsh truth—plant diseases don’t care about plans or margins. That’s exactly why Trifenmorph stands out in our lineup. Over the years in chemical production, we’ve seen fields hammered by late blight, downy mildew, powdery mildew, and the grower left holding an empty bag. That’s why we put a lot of trust behind a molecule like Trifenmorph, model 9847-G, which we have refined for consistency and quality in mind, batch after batch.

    Proven Track Record in Disease Control

    Our years at the reactor and blending room taught us, nobody gets a redo when disease takes off after rain, especially in solanaceous crops like potatoes and tomatoes. Trifenmorph brings a unique mode of action among fungicides, trading simple contact for genuine curative and systemic movement. By producing Trifenmorph ourselves, we keep an eye on the polymorph form and active ingredient purity, both essential for reliable transport within plant tissue. We sample every lot for content and structure, ensuring the molecule delivers the same knockdown, whether you’re applying after a weather window or as part of a preventative rotation.

    The Science Behind Trifenmorph

    Chemists in the plant disease field know this product as a morpholine-class fungicide, targeting the ergosterol biosynthesis pathway, which plays a critical role in fungal development. Ergosterol acts as the backbone of fungal cell membranes; disrupt it, and fungal growth stops cold. What sets Trifenmorph apart is its dual action: it stalls new fungal growth and disrupts sporulation, cutting short a disease cycle. In practical field terms, this means crops get immediate protection and fewer new lesions spread after application.

    We stay close to the technical details in the plant and use HPLC and GC testing methods to verify every batch’s identity and stability. For our model 9847-G, we maintain the average active content above 98%, verified before it leaves our tanks. Purity means a lot for systemic fungicides, since contaminants or byproducts can change uptake and movement in the plant. Manufacturing at source gives us control not just over what’s shipped, but how the molecule will behave in a grower’s tank and ultimately, on their crops.

    Application Expertise Gained in Real World Use

    Formulation matters for how a disease control product performs. Early in our production, we trialed granular, wettable powder, and emulsifiable concentrate forms in field plots, each with different spread, solubility, and uptake. Trifenmorph 9847-G stands out as a water-dispersible granule (WDG)—a form we perfected after watching powders cake and separate, and emulsifiable concentrates cause foliar burn. The granule form dissolves quickly in water lines, even with hard water, and leaves minimal residue on the leaves.

    Sprayers—tractor booms, knapsack, pivot rigs—treat Trifenmorph WDG with ease. Our production lines grind to a uniform particle range, so there’s never any clogging or residue, saving precious spraying time in the field. Over the years, we’ve run side-by-sides with other morpholines and mix partners. The verdict is clear: Trifenmorph’s quick dispersal and stability in the tank simplify mixing and synergize with protectant fungicides like chlorothalonil or mancozeb.

    Resistance Management and Yield Preservation

    Fungal pathogens change faster than most give credit for. We see it every year—one product, used too often, loses its punch as resistance builds. Since Trifenmorph targets fungal cell membranes differently than triazoles or strobilurins, it offers a valuable rotation option to preserve efficacy. We speak with growers and extension agents who rely on multiple modes of action every season. Fail to rotate, and disease comes back stronger than before, eating up yields at harvest. With Trifenmorph, there’s a middle ground: you get broad-spectrum control without burning out a single chemistry too quickly.

    We keep up with regional sensitivity changes and resistance monitoring programs, feeding our own data back into the manufacturing cycle. Supporting growers this way, we can adjust technical specs on new lots if a pathogen begins to shift. That level of responsiveness isn’t possible if you’re just moving barrels from depot to depot.

    Environmental Considerations Direct from the Production Floor

    Clean production isn’t just regulatory talk. Our team faces chemical inputs, high temperatures, and plenty of opportunity for waste during synthesis. The process for Trifenmorph 9847-G captures byproducts for inert disposal, runs energy-recovery cycles in the reactor loops, and reduces VOCs well below legal thresholds. Every batch gets analyzed for residual solvents so applicators aren’t exposed to unnecessary risks at mixing or spraying. Our finished granules pass through dust collectors before bagging, cutting down both packaging waste and air particulates.

    Application safety also matters. Trifenmorph doesn’t persist unchanged in soils or runoff. We base this on field chromatograph analysis and soil degradation studies from our own test plots. When weather turns sour and re-entry into fields is necessary, the pre-harvest interval stays compact enough that growers don’t have to choose between crop protection and market deadlines. These details make a difference on the ground, and we work to keep every batch up to standard, both for registration needs and for peace of mind in the field.

    What Puts Us Apart from Other Suppliers

    Making Trifenmorph isn’t just a question of mixing and packing. We know the chemistry from the ground up, and our investment in technical talent, reactor design, and environmental controls pays off in repeatability. We’re also able to customize granule strength or support special blends for partners with unique needs. We adjust the surfactant package if region-specific spray water leads to foaming or drift.

    Unlike resellers, everything that leaves our plant comes with a production log, identity certificate, and support from the very team that built the product. This means, if an issue ever comes up—a clogged nozzle, a mixing incompatibility, a residue problem—we can trace the origin, adapt faster, and solve the trouble at its source, not just offer generic advice.

    Supporting Long-Term Crop Health

    Most seasons, the biggest crop losses are invisible. A plant with mild mildew doesn’t look like much, but those hidden infections sap energy, reduce bulking, and open the door for additional pests. Repeated field walks and post-harvest analysis highlight that Trifenmorph acts as a line of defense that doesn’t just clean up heavy infections after the fact. Its preventative effect stops spores from getting a foothold in the canopy, especially in cool, humid stretches where mildew can wipe out unprotected acres.

    We made a point to monitor not just yield numbers but the quality—storage losses, chilling injuries, post-harvest breakdown. After adding Trifenmorph into the rotation, storage rooms held firmer tubers with far less rot, and harvested tomatoes shipped longer. This comes not from lucky breaks but from building chemical formulations that keep working after the sprayer leaves the field.

    Compatibility as a Cornerstone

    Modern spraying demands flexibility. With tight windows and tank mixes crossing several chemistries, compatibility and stability aren’t trimmings—they matter for every pass. From the first production trials of our 9847-G model, our technical team tested mixes with foliar feeds, micronutrients, and assorted pesticides. A stable, finely milled formulation means no gumming up filters or separating in tanks, even in hard water or varied pH.

    We steer clear of carrier oils or volatile solvents in our granules to avoid turf scorch and maximize uptake with adjuvants. Applicators know—mixing frustrations waste time. We want every granule to disperse fast, settle slow, and stick where it’s needed so no energy goes into unnecessary agitation, and none is wasted in runoff. This reliability allows for smoother logistics and makes each truckload pay off better at the farm gate.

    Supporting the Next Generation of Crop Protection

    While some take fungicides at face value, we look ahead to what growers actually need next. Yearly climate swings, regulatory changes, and evolving grower preferences keep us refining our processes. Trials on drip application, aerial sprays, and novel adjuvant packages help us push boundaries—not just to sell more product, but to build solutions fit for tougher cropping seasons.

    We invite regional specialists and university researchers to evaluate each production run. Their field feedback comes back into our lab adjustments, sometimes leading to small tweaks that become major improvements in how the product fits with new crops or resistant pathogen strains.

    Focus on Field Service, Not Just Product Sales

    People often think of chemical manufacturing as removed from the real struggles on the farm. That couldn’t be further from the truth for us. Teams from our plant spend time on growers’ fields and with distributors to troubleshoot tank mixes, spray rates, and timing. Part of building Trifenmorph meant understanding not just the lab curves, but whether the product really saved time, reduced yellowing, and kept canopy green until harvest.

    We support continuing education with real-world tips on avoiding resistance, chasing missed spray windows, or integrating Trifenmorph with biopesticides or crop oils. Some of our longest-standing partnerships came from field days where our techs showed up to answer candid questions rather than sticking with glossy brochures.

    Real Differences From Other Fungicides in Its Class

    Plenty of options crowd the shelf—propamocarb, dimethomorph, fenpropimorph, to name a few. Each brings something particular, but few match Trifenmorph’s blend of systemic action, post-infection control, and speed of movement through leaf tissue. With Trifenmorph, reapplication due to wash-off or slow uptake shrinks, since the molecule binds within plant cells and tolerates moderate rain soon after application.

    Our data from replicated trials shows fewer required sprays per season compared to some “contact-only” alternatives. Rapid uptake means that even when growers miss that early infection window, Trifenmorph provides meaningful suppression and burn-back, letting profits recover instead of writing off fields. By maintaining formulation in-house, we also stay current with registrational requirements, which is increasingly important as residue limits and re-entry intervals tighten.

    Challenges and the Path Forward

    Every manufacturer faces a learning curve in sourcing clean raw materials, hiring skilled reactor operators, and meeting tough regulatory environments. Early hurdles with batch-to-batch consistency and dust management taught us hard lessons—the kind you only get from ownership of the process. Today, with Trifenmorph, those lessons turn up as tighter controls and ongoing refinements.

    We know the global regulatory landscape continues to increase its scrutiny on fungicide residues and environmental impact. Our focus for Trifenmorph is to stay ahead by investing in field trial data, rapid-response filtering and recovery systems in the plant, and support for new studies on degradation and crop safety. We consult local authorities and extension agents to interpret the latest results and translate them back into cleaner, safer chemistries.

    The Importance of Sourcing from Physical Producers

    There’s a clear advantage in working with the people who physically make what you use—not just an office passing invoices. Our technicians can answer tough questions because they run the equipment and align specs with every delivery. If a special blend, adjusted particle size, or tailored uptake curve is needed, we make that adjustment without delay. Batch issues get caught before a pallet goes out the door, not after a call from the field.

    Investing in production also means accountability—we audit and record every process event. If natural gas pressures swing or water hardness varies during a cycle, we trace these changes and document corrective steps. This close tracking shapes continued improvements in self-inspection and customer trust. For many, that means one less worry every time the sprayer rolls out at dawn.

    Supporting Integrated Pest Management Strategies

    Solutions to modern plant health challenges don’t end with a bottle from the shelf. We believe Trifenmorph fits best as part of a larger integrated pest management (IPM) approach. That includes rotation schedules, resistant varieties, weather-driven forecasting, and regular field scouting. Our field reps regularly attend grower meetings to provide technical bulletins and adapt recommendations based on real pathogen pressure.

    By supporting the technical community and answering tough resistance and compatibility questions, we help growers confidently rotate and mix fungicides, reducing their risk of chemical backfire. This approach keeps Trifenmorph effective year after year, not just as a rescue spray but as part of a wider strategy for sustainable production.

    Continual Improvement and Listening to Feedback

    No product, even a strong one like Trifenmorph, succeeds without honest feedback from the field. Producers share missed spray windows, bad weather, and unexpected tank issues. We listen closely and track those notes back to individual lots and production shifts. Sometimes, something as simple as a granule drying cycle adjustment means fewer dust-ups on a windy morning. We remain open to field-led tweaks and use that feedback to plan process improvements.

    Years of strong partnerships showed us growers want more than a label—they need service, transparency, and confidence that the next batch will meet the mark. Owning our chemical process means we stand behind each sack, and respond if the unexpected happens.

    Trust Built on Direct Manufacturing

    Direct manufacturing takes commitment. Each batch is a test of process, science, and responsibility. From the engineer’s calculations to the plant operator’s steady hand, delivering Trifenmorph means delivering on promises made to the agricultural community. This attitude, born from walking the reactor floor, shapes everything we send to market.

    For those seeking a fungicide solution grown from real production experience—backed by chemistry, service, and a history of listening to the land—Trifenmorph stands as our answer to the ever-present challenges of plant disease. With every shipment, we offer both proven protection and an open invitation for continued improvement, rooted in firsthand knowledge and a commitment to supporting growers in their toughest battles.