High effective Agricultural Pesticide Fungicide Cyprodinil: field notes, specs, and buyer tips

In the last few seasons I’ve watched growers move steadily toward targeted chemistry for disease pressure that just won’t quit—Botrytis in berries and grapes, scab in pome fruit, that sort of thing. If you’ve been comparing actives, you’ve probably bumped into cyprodinil fungicide more than once. It’s an anilinopyrimidine (FRAC 9), widely used because it hits key pathogens and plays nicely in rotation programs. Actually, when it’s dialed in, the performance can be surprisingly consistent.

Product snapshot

High effective Agricultural Pesticide Fungicide Cyprodinil comes as Cyprodinil 98% TC, 50% WDG and 50% WP, produced in Hebei, China (No.1810 Tower B, Jinyuan Building, 152 Huai'an Road, Yuhua District, Shijiazhuang City). Mode of action: inhibits key amino acid (notably methionine) biosynthesis and pathogen secretion processes—practically speaking, it shuts down infection establishment in many necrotrophs and scab fungi. To be honest, that’s why many customers say it’s their “rescue” spray when weather turns against them.

How it’s made and tested (quick process flow)

Materials: technical grade cyprodinil (98% TC). Methods: precision milling, wet granulation (for WDG), drying and sizing; WP blends via ribbon mixers. QA: HPLC purity, wet sieve residue, suspensibility (CIPAC methods), pH, moisture, and content uniformity checks. Standards typically reference FAO/WHO spec drafts, CIPAC MT tests, and ISO 9001 QA systems. Service life? About two seasons in storage, but I guess you’ll use it sooner during disease years.

Where it shines

• Vineyards and berries: Botrytis bunch rot/gray mold control.
• Apples/pears: scab (Venturia) suppression in protective programs.
• Stone fruit: blossom blight (Monilinia) in rotation.
• Vegetables under glass: certain leaf spots and molds.

Field data I’ve seen show 85–92% control of Botrytis at ≈300–375 g a.i./ha when applied at early bloom and pre-close—assuming tight spray intervals and decent coverage. Always rotate with different FRAC groups (e.g., 7, 11) to manage resistance. Preharvest intervals vary by country and crop; check your local label, seriously.

Customer feedback and real-world notes

Growers report solid rainfastness and less residue odor than some older chemistries. One greenhouse berry manager told me the cyprodinil fungicide slotted in nicely after a QoI, keeping gray mold from flaring late in the cycle. On apples, I’ve seen it hold scab in a wet spring—though timing is everything.

Vendor comparison (quick buyer’s table)

Application pointers

• Spray volume: aim for full coverage; adjust nozzles in dense canopies.
• Intervals: 7–14 days depending on pressure and label.
• Mixing: jar test with foliar nutrients/EC products—compatibility can vary.
• Safety: follow PPE on label; observe buffer zones and PHI.

If you need private-label or tailored WDG flow—particle size, dusting index—ask for CIPAC MT-46.3 and MT-47 data. It seems that when buyers request those upfront, commissioning goes smoother.

Case snippets

Grapes, Mediterranean coast: two sprays of cyprodinil fungicide around bloom cut cluster Botrytis by ≈70–80% vs. untreated; rotation with an SDHI lifted control to >90%. Apples, Northern Europe: early-season scab kept below 1% incidence with a protectant mix; the AP slot added persistence through rainy windows.

Certifications and compliance

Look for ISO-backed QC, FAO/WHO specification alignment, and locally registered labels. Residue compliance should be checked against your market’s MRLs (EU, Codex, EPA), obviously.

Contact origin

No.1810 Tower B, Jinyuan Building, 152 Huai'an Road, Yuhua District, Shijiazhuang City, Hebei Province, China.

1. FRAC Code List 2024: Fungicide Resistance Action Committee.
2. FAO/WHO JMPR Evaluations: Cyprodinil monographs.
3. CIPAC Handbook: MT methods for WDG/WP testing.
4. EU Pesticides Database; US EPA Pesticide Fact Sheets for cyprodinil.