|
HS Code |
479874 |
| chemical_name | Bifenazate |
| CAS_number | 149877-41-8 |
| molecular_formula | C17H20N2O3 |
| molar_mass | 300.35 g/mol |
| physical_state | Solid |
| color | Off-white to beige |
| solubility_in_water | Very low (<1 mg/L at 20°C) |
| primary_use | Acaricide (mite control agent) |
| mode_of_action | Mitochondrial electron transport inhibitor |
| toxicity_to_humans | Low acute toxicity |
| application_method | Foliar spray |
| common_crops | Ornamentals, grapes, apples, strawberries |
| stability | Stable under normal storage conditions |
As an accredited Bifenazate factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The Bifenazate packaging is a sturdy 1 kg white plastic container, featuring hazard symbols, batch number, manufacturer details, and usage instructions. |
| Shipping | Bifenazate should be shipped in tightly sealed, labeled containers, protected from moisture, heat, and direct sunlight. Transport must comply with local, national, and international regulations. Ensure adequate ventilation, avoid rough handling, and segregate from incompatible substances. Use appropriate hazard labeling, and provide safety documentation in case of spillage or exposure. |
| Storage | Bifenazate should be stored in its original, tightly closed container in a cool, dry, well-ventilated area away from direct sunlight, heat sources, and incompatible materials such as strong acids and oxidizers. Keep it away from food, feed, and water supplies. Ensure the storage area is secure and clearly labeled, and restrict access to authorized personnel only. |
Applications of Bifenazate in Industrial ManufacturingBifenazate is a specialized acaricide widely adopted in intensive agriculture and controlled-environment horticulture operations. As a primary manufacturer, we supply this raw material for downstream processes that demand high purity, consistent particle size, and strict regulatory compliance. The following sections detail its industrial application domains, ingredient performance in formulations, critical process stages, and product endpoints. 1. Greenhouse Ornamental Crop ProtectionGreenhouse ornamental producers implement bifenazate-based treatments to manage mite infestations in high-value flower and foliage crops. This sector requires acute selectivity and minimal plant phytotoxicity due to the sensitivity of ornamental varieties during all growth stages. Quality control protocols emphasize residue limits and compatibility with integrated pest management regimes. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
2. Open-Field Fruit Cultivation Spray ProgramsField fruit growers depend on bifenazate to uphold crop health in high-density apple, pear, citrus, and grape orchards, especially against spider mites resistant to conventional actives. Adoption centers on minimizing pre-harvest intervals and ensuring no unacceptable residues at market entry. Compatibility with large-scale spraying systems and consistent dispersion properties are central to long-term supplier relationships. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
3. Protected Berry and Solanaceous Crop ManagementControlled-environment berry and tomato producers incorporate bifenazate to manage both two-spotted and broad mite populations, which can cause substantial yield impact during peak production cycles. These growers focus on rapid breakdown kinetics to reduce post-harvest residues and require ingredients with reliable wetting and adherence properties in various closed irrigation and mist systems. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
4. Nursery Stock & Tree Seedling DefenseCommercial nurseries utilize bifenazate-based treatments to preserve the health and vigor of young tree seedlings, including conifers and hardwood ornamentals, which are vulnerable to early-stage mite infestations under intensive propagation conditions. Users require low-phytotoxicity actives to prevent growth suppression and conform to documented seedling handling and shipment protocols. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
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Nearly every season brings a new story from the field. When spider mites threaten greenhouse cucumbers, or when apple growers notice bronzing before harvest, we hear about it. There’s never a simple, one-size-fits-all fix for mite problems—residues, leaf safety, resistance, labor, and climate all play a part in choosing the right approach. Bifenazate has grown into a key part of our product range because growers keep asking for real, lasting control, especially as older chemistries lose their punch.
In our facility, every batch starts with raw materials we inspect ourselves. Bifenazate—known by its CAS number, 149877-41-8—doesn’t leave our factory untested. We supply the technical grade material as well as 43% SC and 24% SC (Suspension Concentrate), since different crops, climates, and application equipment call for flexibility. Over the years, working alongside pest specialists, we’ve honed our process to keep impurities under strict control. Solid particles stay evenly suspended, so machines don’t clog and growers cover their full acreage evenly.
The tough part about spider mite infestations isn’t spotting the pests—it’s stopping them before outbreaks spiral. Many old miticides punish beneficials or require repeated sprays, which adds to both expense and operator burden. Bifenazate belongs to the carbazate chemical class, targeting mites through an action that doesn’t overlap with traditional organophosphates, pyrethroids, or older acaricides. Most field scouts notice a knockdown effect within three days and control lasting up to three weeks, reducing need for follow-up sprays. We’ve tested our product head-to-head with other compounds in real-world rotation programs, adjusting our recommendations based on what field trials and cooperators report, not just on label text.
Spraying a miticide isn’t just about what kills mites fastest. Many customers ask how Bifenazate holds up under tough heat or wet weather, or if it stains fruit or lingers too long at harvest. In grape vineyards or citrus orchards, harvest intervals matter. Our bifenazate SCs break down readily under sun and rain; typical pre-harvest intervals are far shorter than for older products. It’s compatible with most fungicides and insecticides, so growers don’t have to worry about complicated tank mixes. Flower, leaf, and fruit safety rates high in independent trials—even on delicate ornamentals.
Some believe that all synthetic miticides are interchangeable, but in fact, raw input selection and factory conditions shape the outcome. We manufacture using a closed-system approach to limit operator exposure and cross-contamination, while every technical grade shipment comes with a full impurity profile. Over the last ten years, continuous feedback from end-users and agronomists has shaped investments on our production line with a focus on minimizing byproducts that can impact field results or regulatory clearance abroad. Customers who have toured our plant can attest that every package gets more than just a standard laboratory check: we run parallel field batch tests to evaluate suspensibility and biological performance.
No single miticide answers every resistance challenge. Resistance remains a top issue, especially in intensive fruit and vegetable operations rotating several crops per year. We provide agronomic support to users, guiding them on alternation with other modes of action. Bifenazate targets mitochondrial function in mites, distinct from abamectin, spirotetramat, or fenpyroximate. Pest control advisers rely on this difference to break cycles of reduced sensitivity in Tetranychus urticae and Panonychus spp. populations. Our own in-house monitoring program tracks long-term product efficacy so users don’t waste applications or risk flare-ups from overreliance.
We’ve spent years fielding side-by-side comparisons. Pyrethroids, while effective at first, often trigger mite resurgence by wiping out natural enemies. Organophosphates come with lengthy re-entry intervals and greater environmental burdens. Biologicals, when handled well, play a strong role—but high heat or low humidity can sharply limit their activity. Bifenazate finds its place where growers want quick knockdown but also care about preserving predatory mites. Lab and field data show minimal impact on Phytoseiulus persimilis and similar beneficials, so IPM programs don’t get derailed. Instead of fitting every field into a predetermined mold, we work with customers to customize rates and sequence products, using Bifenazate where it works best—often as a rotation partner rather than a stand-alone fix.
In cucumbers grown under glass, spider mites can devastate yields fast. In early trials, repeated abamectin sprays led to resistance that cost growers their edge. Bifenazate stepped in as a rotation partner. In grapes, one hot, dry summer saw Panonychus ultrastructural leaf damage increase; thanks to strong residual and low application rate, Bifenazate curbed outbreaks where alternatives had failed. We also see strong performance in strawberries and tree fruit, especially where workers need a product with a short post-application entry interval. Feedback tells us that our batches dissolve without sediment, and sprayer filters remain clear even after repeated use and overnight standby.
Modern supermarkets, export buyers, and regulatory agencies demand strict residue and impurity limits. We design every batch for compliance with the strictest international standards. That means regular investment in analytical technology and documented traceability from raw input to finished bottle. Our bifenazate lots meet Maximum Residue Limits for key destinations in Europe and Asia, so users don’t encounter trade headaches at harvest. Certificates of analysis are supplied for every lot shipped, and on request, growers can see our supporting data—from field rotational studies to analytical test records. This transparency builds trust, which matters more and more as traceability expectations rise.
Talk to any grower, and one of the main headaches remains operator safety. We design our SC formulations to wash off equipment and hands easily, and we keep solvents and additives within safe, low-toxicity ranges. Dust, an issue in older wettable powders, seldom troubles our customers. Our tech support team regularly advises on nozzle selection, water rates, and mixing order to get the best from every application. We make sure users don’t just buy a drum, but understand how to minimize drift, overlap, and losses to runoff.
We extend our relationship with growers beyond handing over a container. Regular field visits, technical training, and remote diagnostics help identify not just mite outbreaks but spray timing issues, varietal sensitivities, and compatibility questions. Many users share records and feedback with us, and this direct channel leads to ongoing product refinement. There’s no substitute for local experience, so we tailor recommendations to region, crop, and existing resistance risk, rather than relying on generic prescriptions.
Every year, more buyers and consumers ask growers not just how well they control pests, but which chemistries they use, and at what rates. We took early steps to offer low-odor, low-volatility bifenazate that doesn’t drift or volatilize easily. Trials show limited impact on soil and aquatic invertebrates, and we’re proactive in updating handling instructions whenever new data emerges on environmental exposure. It’s not only about ticking regulatory boxes but making sure fields remain productive and resilient for seasons to come.
As a manufacturer, our direct ties with both users and agronomists set us apart from distant traders. Problems don’t get filtered or delayed; whether a farmer spots a compatibility issue with a new fungicide or a greenhouse operator needs help calibrating jets for a dense crop canopy, word gets back to us right away. Adaptation remains constant, whether it means fine-tuning the particle size distribution or adjusting formulation adjuvants to better match soft-leafed ornamentals or tough citrus foliage.
Storage conditions on the farm don’t always match warehouse standards. We understand bifenazate stability must hold up through hot and cold seasons in a variety of packaging shapes and container sizes. By keeping a tight seal on moisture and oxygen ingress, batches avoid caking, layer separation, or loss of suspension. Tanks stay clear even with multiple agitation cycles, so growers spend less time cleaning and unclogging machinery.
From cool coastal vegetable tunnels to subtropical fruit orchards, mite pressure differs. Bifenazate supports late-season rotation where pre-harvest timing narrows, and midseason pulses when pressure runs high. We sponsor in-field demonstration trials in more than 20 growing zones each year, because conditions shift fast and only localized data gives accurate results. This commitment strengthens our formulas against not only mites, but against the full range of variables: water pH, application techniques, variety-specific sensitivities, and emerging secondary pests.
Talk among growers always circles back to price. Plant health pays off only when investments return results. Bifenazate, while not the cheapest up front, cuts back total sprays per season and protects yields during peak risk periods. Recorded per-acre costs of successful programs compare favorably to alternative miticides that demand tighter spray intervals or force growers to pull in more labor between critical crop growth stages.
Innovation doesn’t stop once a miticide clears regulatory review. As climate, farming systems, and market expectations change, our R&D team keeps challenging the limits. That means shorter pre-harvest intervals, greater crop safety across expanding labels, and partnerships with extension specialists testing bifenazate in reduced-risk and mixed-approach pest control programs. We keep refining our manufacturing process after every customer review and season’s experience—whether bringing down minor impurity levels, changing packaging to ease handling, or upgrading test standards.
Every bottle of bifenazate tells a story that involves a lot more than molecules and labels. It’s shaped by long seasons, weather challenges, pest shifts, supply chain pressures, and food safety standards. Our commitment remains in honest conversation and lasting partnership with the people who rely on these tools to protect their livelihoods. Whether it’s taking a field call or investing in a new QC protocol, we connect outcomes in the field back to every new batch from our plant. Real-world results, steady investment in quality, and open communication—this defines our approach to delivering bifenazate to agricultural producers year after year.
Neither traders nor arm’s-length suppliers can offer the level of transparency and adaptation borne of ground-up manufacturing. With every order, we bring years of hard-won experience and open feedback channels. Growers recognize consistency when they see it in the field—no batch-to-batch drift, no unexplained performance gaps, and no warehouse surprises. From technical data to day-to-day problem-solving, we stake our reputation on each drum and bottle leaving our factory.
Farming keeps changing and so do threats like resistance, tighter regulation, and unpredictable weather. Miticides that delivered ten years ago may not hold up under today’s pressure and market scrutiny. Our process has always meant listening carefully, even after a sale, and adapting from every season’s insight. Bifenazate’s role in that story goes deeper than what a label states or what a binder at a conference might show. It’s informed by years of troubleshooting, hundreds of field season reports, and thousands of hectares treated in the real world. Joint work with advisors and the people who use these tools ensures information goes both ways, maintaining both product integrity and real trust.
For us as a manufacturer, delivering Bifenazate goes well beyond filling an order. We measure success by how growers, field advisers, and agronomists respond each season—by their returns, their harvests free from mite scars, and by the lower stress and cost from avoiding resistance blow-ups. Real-world performance, clear data, and open ears for feedback—this sets the foundation for everything we do.