---
description: "Product\r\nBotrytis Control FU (smoke/aerosol; space-filling coverage)\r\n\r\n\r\nActives\r\nProcymidone 10% (FRAC 2) + Pyrimethanil 5% (FRAC 9)\r\n\r\n\r\nTarget Pathogen\r\nBotrytis cinerea complexes (gray mold) — blossoms, calyces, wounds (label-dependent)\r\n\r\n\r\nUse Sites\r\nGreenhouse / Net-house / High tunnel — sealed, label-guided workflow\r\n\r\n\r\nOperational Fit\r\nSeal → Expose → Vent → REI; night-window friendly; water-free surface coverage\r\n\r\n\r\nPerformance Focus\r\nUniform deposition on flowers/calyces/leaf undersides; complements spray"
title: Botrytis Control | Procymidone 10% + Pyrimethanil 5% FU - POMAIS Agriculture
image: https://www.pomais.com/wp-content/uploads/2025/10/Botrytis-Control-—-Procymidone-10-Pyrimethanil-5-FU.webp
---

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Botrytis Control | Procymidone 10% + Pyrimethanil 5% FU

[![Botrytis Control | Procymidone 10% + Pyrimethanil 5% FU](https://www.pomais.com/wp-content/uploads/2025/10/Botrytis-Control-—-Procymidone-10-Pyrimethanil-5-FU-700x700.webp "Botrytis Control — Procymidone 10 Pyrimethanil 5 FU")](https://www.pomais.com/wp-content/uploads/2025/10/Botrytis-Control-—-Procymidone-10-Pyrimethanil-5-FU.webp) [Botrytis Control — Procymidone 10% + Pyrimethanil 5% FU](https://www.pomais.com/wp-content/uploads/2025/10/Botrytis-Control-—-Procymidone-10-Pyrimethanil-5-FU.webp)

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# Botrytis Control | Procymidone 10% + Pyrimethanil 5% FU

You face **Botrytis (gray mold)** pressure in closed structures where **flowers, calyces, wounds, and leaf undersides** are hard to cover with conventional sprays. This **FU (smoke/aerosol) formulation** pairs **Procymidone 10% (FRAC 2)** with **Pyrimethanil 5% (FRAC 9)** to deliver **space-filling micro-aerosols** that **disperse across sealed volumes and settle uniformly** on high-risk infection courts—without water spotting or rinsewater handling. Designed for **seal → expose → vent → REI** workflows, it fits IPM programs alongside sanitation and climate control. We support **OEM private label**, multilingual **GHS** artwork, and complete **COA/MSDS (SDS)/TDS** to accelerate audits and distributor onboarding.

- Designed for Professional Buyers & Bulk Orders
- We support custom packaging, labeling, and formulation to meet your market needs.
- Export wholesale inquiries only.
- Please include destination country, business type (importer/distributor/registrant), and expected volume.
- Retail requests will not be processed.

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## About Botrytis Control | Procymidone 10% + Pyrimethanil 5% FU

| **Product** | **Botrytis Control FU** (smoke/aerosol; space-filling coverage) |
| --- | --- |
| **Actives** | **Procymidone 10% (FRAC 2)** + **Pyrimethanil 5% (FRAC 9)** |
| **Target Pathogen** | **Botrytis cinerea** complexes (gray mold) — blossoms, calyces, wounds (label-dependent) |
| **Use Sites** | **Greenhouse / Net-house / High tunnel** — sealed, label-guided workflow |
| **Operational Fit** | **Seal → Expose → Vent → REI**; night-window friendly; water-free surface coverage |
| **Performance Focus** | Uniform deposition on **flowers/calyces/leaf undersides**; complements spray blind-spot areas |
| **IPM & Rotation** | Integrates with sanitation & climate control; rotate with **non-2/9 FRAC** groups (label-dependent) |
| **Documentation** | **COA / MSDS (SDS) / TDS**, lot-level **barcoding/QR** traceability |
| **Shelf Life** | Typical **2 years** in original packaging (see SDS/label) |
| **OEM & Packs** | **Private label**, multilingual **GHS**, tamper-evident options; **pack weight/units per carton** customizable |
| **Compliance** | No prescriptive rates published; all crops/sites/intervals are **label-dependent** |

## Disease Primer — Botrytis (Gray Mold) in Protected Crops

**What drives outbreaks**  
 In **greenhouses, net-houses, and high tunnels**, **Botrytis cinerea** accelerates under **high humidity**, long **leaf-wetness** periods, and **moderate temperatures**. When **airflow is limited** and **condensation cycles** repeat after night cooling, spore germination and colonization rise quickly—making **botrytis control** a constant operational priority in protected cultivation.

**Where it infects (infection courts)**

- **Flowers & calyces**: senescing petals and tight floral tissues are highly vulnerable.
- **Fresh wounds**: pruning, harvest handling, and training create entry points.
- **Leaf undersides & crevices**: shaded, moist micro-sites that conventional sprays often miss (**spray blind spots**).

**What you see (symptoms & impact)**

- **Blossom blight, calyx rot, pedicel/stem lesions**, and the hallmark **gray, velvety sporulation**.
- Yield loss comes both **pre-harvest** (flower drop, fruit rot) and **post-harvest** (latent infections breaking under handling), increasing claims and waste.

**Why protected systems struggle**

- **Dense canopies/trellises** limit line-of-sight coverage; short labor windows restrict repeat passes.
- **Hygiene gaps**—petal drop accumulation, unremoved debris, unhealed cuts—seed local inoculum.
- Climate actions that reduce **relative humidity** and **leaf-wetness duration** help, but **gray mold** risk persists at **flowering peaks** and high-handling periods.

**When risk spikes (timing cues)**

- **Flowering** and immediately after **pruning/harvest** events.
- Nights with **condensation** and mornings with slow dry-down.
- Periods of **limited ventilation** or recirculating air in crowded bays.

## Problem → FU Solution (Why This Approach Works)

**The operational problem**  
 In protected cultivation, **Botrytis control** fails most often where **spray blind spots** persist—**flowers, calyces, leaf undersides, wounds**, and crevices around trellis hardware. Conventional passes compete with short labor windows and risk **water spotting** on high-value crops. Even with sanitation and humidity management, **gray mold** spikes during flowering and after pruning/harvest because infection courts are delicate, numerous, and hard to wet uniformly—especially in **greenhouse**, **net-house**, and **high tunnel** microclimates.

**The FU (smoke/aerosol) answer**

- **Space-filling coverage**: Activated in sealed volumes, micro-aerosols **disperse and settle uniformly** on floral tissues and hidden surfaces that nozzles miss.
- **Water-free deposition**: No water marks, less rinsewater handling, cleaner night-window operations.
- **Consistent outcomes**: A repeatable particle profile improves **uniformity** across dense canopies and complex plant architecture.
- **IPM alignment**: Integrates with **sanitation, climate control**, and FRAC-guided rotations; this page remains **label-guided** with **no published rates**.
- **Procurement & compliance**: **OEM private label**, multilingual **GHS**, and complete **COA/MSDS (SDS)/TDS** accelerate audits and distributor onboarding while keeping evidence trails intact.

## Focused on This FU Formulation and Strength

You need a **Botrytis control** tool that reaches infection courts your sprayers cannot. This page is dedicated to a single, closed-structure solution: **Procymidone 10% (FRAC 2) + Pyrimethanil 5% (FRAC 9) in FU (smoke/aerosol) format**. Activated inside a sealed zone, the formulation produces **space-filling micro-aerosols** that travel with the enclosed air mass and **settle uniformly** on **flowers, calyces, fresh wounds, and leaf undersides**—the highest-risk surfaces for **gray mold**. Because deposition is **water-free**, you avoid spotting on sensitive crops and reduce rinsewater tasks. Operationally, it fits your **seal → expose → vent → REI** workflow, aligns with **IPM** (sanitation and climate control), and keeps this page **label-guided** with **no published rates or recipes**.

In procurement and compliance terms, the product is engineered for **auditable consistency** across bays and cycles. You get **COA/MSDS (SDS)/TDS** with each lot and **barcoding/QR** for traceability, plus **OEM private label** with multilingual **GHS** artwork to accelerate market approvals. Programmatically, the **FRAC 2 + 9** pairing offers **complementary activity** on Botrytis while leaving room to **rotate with non-2/9 FRAC groups** where labels permit, supporting resistance stewardship. Practically, you standardize **night-window** events, document outcomes for audits, and maintain a predictable cadence without committing operators to repeated line-of-sight passes in tight canopies.

## Mode of Action — Dual FRAC 2 + 9 (How It Suppresses Gray Mold)

**How the pairing works in closed structures**  
 Under sealed conditions, the **FU (smoke/aerosol)** plume carries the actives into floral tissues and canopy crevices where **Botrytis (gray mold)** initiates infection. The goal is to interrupt the pathogen at multiple points in its cycle—**spore germination, penetration, lesion expansion, and sporulation**—while keeping operations **label-guided** and water-free for a clean finish on high-value crops.

**Active roles (complementary mechanisms)**

- **Procymidone 10% — FRAC 2 (dicarboximide)**: Single-site fungicide widely used against *B. cinerea*. It **disrupts early infection events** on plant surfaces and reduces sporulation on colonized tissues, helping protect **flowers, calyces, wounds, and leaf undersides** that are hard to wet with sprays.
- **Pyrimethanil 5% — FRAC 9 (anilinopyrimidine)**: Acts on fungal **amino-acid/secreted-enzyme pathways** associated with penetration and lesion development, thereby **slowing lesion expansion** and reducing pathogen pressure around delicate floral organs. In protected crops, its **vapor/translaminar behavior** supports coverage of complex plant architecture.

**Program logic (stewardship & rotation)**

- Use the dual **FRAC 2 + 9** system to **broaden activity** on gray mold hotspots in **greenhouse, net-house, and high tunnel** environments.
- Maintain resistance stewardship by **rotating with non-2/9 FRAC groups** where your **label** allows; track outcomes by bay and flowering stage.
- This page **does not publish rates or recipes**. All intervals, timings, and precautions are **label-dependent**.

## FU Formulation Benefits — Space-Filling Coverage

**What you gain in closed structures**

- **Space-filling deposition**: In a sealed zone, the FU plume **disperses and settles uniformly** onto **flowers, calyces, wounds, and leaf undersides**—the infection courts most sprays miss in greenhouses, net-houses, and high tunnels.
- **Water-free finish**: **Dry deposition** helps avoid **spotting** on delicate floral tissues and premium fruit finish; it also minimizes **rinsewater handling** and tank hygiene tasks.

**Consistency you can operationalize**

- **Repeatable particle profile** for more **uniform coverage** across dense canopies and trellis systems; better reliability where line-of-sight spraying fails.
- **Night-window friendly**: Aligns with **seal → expose → vent → REI** workflows to reduce labor conflicts and protect **pollinators/biocontrol** via post-ventilation re-introduction (per label).
- **IPM fit**: Complements **sanitation and climate control**, and supports **FRAC-diverse rotations** without publishing any prescriptive rates on this page.

**Procurement & compliance advantages**

- **Auditable lots** with **COA/MSDS (SDS)/TDS** and **barcoding/QR** keep inspections smooth.
- **OEM private label** and **multilingual GHS** accelerate approvals while maintaining a single master spec across markets.

## Target Crops & Closed-Structure Scenarios

**Where this FU format is a fit (label-dependent)**

- **Fruiting vegetables** (tomato, pepper, cucumber, eggplant): High Botrytis risk on **flowers, calyces, pedicels, pruning wounds**. Dense trellises create **spray blind spots**; the FU plume **fills space** and **settles uniformly** on hard-to-wet floral tissues.
- **Berries & small fruit** (strawberry in tunnels/greenhouses): **Blossom blight** peaks during humid, low-airflow nights. **Water-free deposition** protects delicate bloom finish while aligning with **night windows** and **vent → REI** routines.
- **Floriculture/ornamentals** (rose, gerbera, chrysanthemum): Premium bloom finish and tight calyces demand **non-wetting coverage**. The **space-filling** plume reaches floral organs and structural crevices that nozzles miss.
- **Leafy greens & herbs** (basil, lettuce, mint): Repeated cutting and handling create **fresh infection courts**; benches and stacked systems restrict line-of-sight. FU supports **uniform contact** across crowded bays.
- **Propagation & mother blocks** (cuttings, grafts): **Wounded tissues** and high plant density elevate risk. A sealed **seal → expose → vent → REI** workflow standardizes coverage while staying **label-guided**.

**Environmental envelope (closed-structure cues)**

- **Greenhouse, net-house, high tunnel** with the ability to **seal** during exposure and **ventilate** to the required **REI**.
- Microclimates with **high humidity/condensation cycles**, limited airflow, or complex trellis hardware where **sprays leave gaps**.
- This page does **not** cover open-field or non-sealed environments. All crops/sites/intervals remain **label-dependent**; *always follow the product label and local regulations.*

## Application Principles — Label-Led (No Rates)

**Where and how it fits**  
 Run this **FU (smoke/aerosol)** program only in **sealed, closed structures** with a disciplined **seal → expose → vent → REI** workflow. Confirm **zone readiness, signage, worker clearance, and supervisor oversight** before activation. During exposure, the plume should **disperse and settle uniformly** onto **flowers, calyces, wounds, and leaf undersides**—the infection courts most at risk for **gray mold**—then transition to **controlled ventilation** until the area meets your **label-specified REI**.

**When to schedule**  
 Prioritize **flowering windows**, immediately after **pruning/harvest handling**, and ahead of **forecast humidity/condensation spikes**. Align events to **night or non-working windows** to reduce labor conflicts and to support uniform space filling. Coordinate with **pollinator and biocontrol release schedules** so beneficials are **re-introduced only after ventilation** meets label and HSE criteria.

**Stewardship and records**  
 Keep the program **label-guided** at all times. Maintain **application logs** (date, bay/zone, crop stage, environmental notes, lot IDs), archive **COA/MSDS (SDS)/TDS**, and run **small-area checks** before broad deployment. For resistance management, embed this dual **FRAC 2 + 9** tool within rotations that include **non-2/9 FRAC groups** where your label allows. This page publishes **no prescriptive rates or operational recipes**.

## Quality & Stability — Batch You Can Audit

**What we prove before release**

- **Assay & identity**: Each lot is cleared against a documented QC plan with **HPLC identity/assay** for **Procymidone 10% (FRAC 2)** and **Pyrimethanil 5% (FRAC 9)**, plus impurity and appearance checks consistent with the FU (smoke/aerosol) format.
- **Plume behavior**: Routine verification of **activation consistency** and **particle-size profile** that supports **space-filling dispersion and uniform settling** onto **flowers, calyces, wounds, and leaf undersides** in sealed volumes.
- **Packaging integrity**: **Seal strength, headspace, canister weight tolerance**, and label durability are validated to protect performance through storage, transport, and night-window deployment.
- **Traceability & documents**: Every shipment includes **COA / MSDS (SDS) / TDS** and lot-level **barcoding/QR**, aligning with importer audits and distributor ERPs.

**How stability supports your season plan**

- **Stress testing**: Finished goods undergo **heat/cold holds, freeze–thaw cycling, and transport vibration/shock simulations** to keep activation and plume characteristics within spec after shipping.
- **Storage guidance**: Keep in original packaging, **cool, dry, and out of direct sunlight**; segregate from food/feed areas and follow site HSE policies. Under standard conditions the product carries a **typical 2-year shelf life** (refer to SDS/label).
- **Operational payoff**: These controls help you **standardize seal → expose → vent → REI** cycles across bays and reduce variability between zones—without publishing prescriptive rates on this page.

> *All crops, sites, timings, and intervals are label-dependent. Always follow the product label and local regulations.*

## Packaging & OEM — Private Label & Traceability

**What you can configure**

- **OEM private label** with multilingual **GHS** artwork, region-specific icons, and **tamper-evident** options under a single master spec.
- **Pack weight per canister**, **units per carton**, **cartons per pallet**, and outer-case markings to match bay volumes and night-window cadence.
- **Material & durability** choices (laminated labels, solvent-resistant inks) to withstand condensation and handling in **greenhouse/net-house/high tunnel** logistics.
- **Barcoding/QR** mapped to lot IDs for fast inbound checks, traceability, and recall drills.

**What ships with every lot**

- Full **COA / MSDS (SDS) / TDS** packet, plus **pallet plans** and carton manifests aligned with your ERP field mapping.
- **Lot-level traceability** from actives to finished goods; seal strength and headspace checks documented in the QC release.
- Export paperwork synchronized with your broker (commercial invoice, packing list, HS code references), keeping audits clean while this page remains **label-guided** with **no published rates**.

**How this reduces friction**

- Shorter **regulatory/artwork** cycles via editable templates; fewer reprints when you add languages.
- Predictable **lead-time windows** via forecast-based production, so you can stage inventory ahead of **Botrytis** peaks.
- Standardized outer-case orientation and hazard panels that streamline HSE hand-offs during **seal → expose → vent → REI** operations.

> *All crops, sites, timings, and intervals are label-dependent. Always follow the product label and local regulations.*

## Field Scenarios — How Teams Apply This in Protected Crops

**Tomato & Pepper (trellised fruiting crops)**  
 In high-wire systems, **flowers, calyces, pedicels, and training wounds** become the primary infection courts for **gray mold**. Your crews work in tight canopies where **spray blind spots** are routine and water spotting is a real commercial risk. By activating this **FU (smoke/aerosol)** in a **sealed bay**, you drive **space-filling micro-aerosols** into floral clusters and hardware crevices, then **vent to the label REI** before re-entry. The result is **uniform, water-free deposition** that complements sanitation and climate controls during **flowering peaks**—without publishing any prescriptive rates here.

**Strawberry in tunnels/greenhouses (blossom blight windows)**  
 Strawberry blossoms are delicate, and frequent **condensation cycles** make **Botrytis** management unforgiving. The **water-free** FU plume helps protect bloom finish while reaching **calyces and hidden floral tissue** that nozzles miss in crowded benches. You schedule events in **night or non-working windows**, operate a **seal → expose → vent → REI** routine per label, and re-introduce pollinators/biocontrol only after ventilation meets site HSE rules. Because **FRAC 2 + 9** offers complementary activity, you can rotate with **non-2/9** groups where your label allows.

**Floriculture/ornamentals (roses, gerbera, chrysanthemum)**  
 Premium blooms suffer from spotting and uneven coverage. This **space-filling** format delivers **uniform, dry deposition** across **flowers, calyces, and tight internodes**, supporting finish quality while you maintain hygiene (spent petals, debris removal) and humidity discipline. For cut-flower houses, the FU cycle standardizes bay turnover—**label-guided**, documented by **lot IDs and COA/MSDS/TDS**—so audits stay clean and schedules remain predictable through peak demand.

**Leafy greens & herbs (stacked benches, frequent cuts)**  
 Cutting and handling create constant **fresh wounds**—ideal entry points for **Botrytis**. Stacked or tiered systems restrict **line-of-sight** and airflow, so **smoke/aerosol** coverage is fundamentally more reliable in reaching undersides and bench interfaces. You follow **label exposure/ventilation** protocols, log **bay, stage, and environmental notes**, and integrate the product within **FRAC-diverse rotations** to balance efficacy and stewardship.

**Propagation & mother blocks (cuttings, grafting)**  
 In propagation rooms, **wounded tissue density** is high and micro-climates are difficult. The FU plume fills the volume and **settles uniformly** on **wound sites and leaf undersides**, supporting a disciplined **label-guided** workflow. You keep documentation tight—**COA/MSDS/TDS, barcoding/QR**, application logs—so procurement, compliance, and operations move in lockstep while this page remains free of prescriptive rates or operational recipes.

> *All crops, sites, timings, and intervals are label-dependent. Always follow the product label and local regulations.*

## FAQ

#### Q1. Is this page limited to the FU formulation with Procymidone 10% + Pyrimethanil 5% for Botrytis?

Yes. All content here refers to the **Botrytis control FU (smoke/aerosol)** combining **Procymidone 10% (FRAC 2)** and **Pyrimethanil 5% (FRAC 9)** for use in **sealed, closed structures**. Claims, crops, intervals, and precautions are **label-dependent**. This page does **not** publish prescriptive rates or step-by-step operational recipes. The intent is to support procurement, compliance, and integration into IPM programs that already include sanitation and climate management.

#### Q2. Where does this FU approach add value versus conventional sprays?

Sprays struggle on **flowers, calyces, leaf undersides, pedicels, and wound sites**, especially in dense trellis systems and crowded benches. In sealed bays, the FU plume **fills the space** and **settles uniformly** onto these infection courts with **water-free deposition**, reducing spotting risk and rinsewater handling. You continue to use sanitation and humidity control; the FU format complements those measures during **flowering peaks**, **post-pruning/harvest**, and **condensation-prone nights**, while keeping operations **label-guided** and auditable.

#### Q3. How do rotations work with a dual FRAC 2 + 9 product?

The pairing provides **complementary activity** on gray mold, but stewardship still matters. Build rotations that include **non-2/9 FRAC groups** where the **label** permits, and document bay-level outcomes across flowering stages. The objective is to reduce selection pressure while maintaining control in **greenhouse, net-house, and high tunnel** settings. This page avoids rates and operational instructions; your local registrations dictate sequences, intervals, and any mixing/alternation permissions.

#### Q4. Can I integrate pollinators and biocontrol programs?

Yes—when managed under your **label** and HSE rules. Schedule events in **night or non-working windows**, then **vent to the required REI** before re-introducing pollinators or beneficials. Keep application logs (date, bay, crop stage, environmental notes, lot IDs) and align with internal SOPs. The **water-free** finish helps protect bloom appearance on sensitive crops while keeping biocontrol timing predictable. All re-entry and interval details remain **label-dependent**.

#### Q5. What documentation ships with each lot for audits and onboarding?

Every shipment includes **COA / MSDS (SDS) / TDS**, plus **lot-level barcoding/QR** for traceability. We also provide **pallet plans** and carton manifests mapped to typical distributor ERP fields. For **OEM private label**, you receive **multilingual GHS** artwork/templates so regulatory reviews move faster without fragmenting specifications. These materials are designed to keep importer inspections, distributor onboarding, and recall drills straightforward.

#### Q6. What about packaging choices and logistics planning?

You can configure **pack weight per canister**, **units per carton**, **cartons per pallet**, and outer-case orientation/hazard panels. This lets you match **bay volumes** and **night-window cadence** while standardizing seal → expose → vent → REI cycles across structures. Exact figures are commercial parameters, not dosing guidance. We confirm **MOQ and lead-time windows** during planning so you can stage inventory ahead of **Botrytis** pressure without publishing operational recipes here.

#### Q7. Are there notable non-target or site precautions?

Yes. As with many fungicides used in protected systems, follow **label-stated** precautions for **pollinators** and **aquatic organisms**, maintain signage and area clearance during exposure, and ensure ventilation meets the **REI** before re-entry. Protect adjacent sensitive zones and avoid open-field or non-sealed environments. Run a **small-area check** before scaling, and keep records aligned to your compliance framework. This page remains **label-guided** and does not provide prescriptive steps.

#### Q8. How should I store the product and what is the typical shelf life?

Store in original packaging, in a **cool, dry** place **out of direct sunlight**, and segregated from food/feed areas. Under standard storage, the product typically carries a **2-year shelf life** (consult SDS/label). Stability testing covers **heat/cold holds, freeze–thaw, and transport vibration/shock** so activation and plume characteristics remain within specification after shipping and staging.

#### Q9. Can this page advise on mixing or operational sequences?

No. All mixing permissions, sequences, intervals, and operational steps are **label-dependent** and governed by local regulations and your internal SOPs. This page focuses on **what the product is**, **where it fits**, and **how it supports procurement and compliance** (documents, OEM labeling, traceability). For operational guidance, always rely on the **approved label** and site HSE policies.

#### Q10. Do you support samples and market-specific label sets?

Yes. We can align **samples policy**, confirm **MOQ & lead-time**, and prepare **localized label sets** under a single master spec with **multilingual GHS**. That keeps timelines predictable for distributors and growers while preserving **lot-level traceability** via barcoding/QR and a complete **COA/MSDS/TDS** packet per shipment.

## Why Choose POMAIS

You’re buying more than a **Botrytis control** product—you’re buying **execution certainty** in closed structures. We release every lot of **Procymidone 10% (FRAC 2) + Pyrimethanil 5% (FRAC 9) FU** under an auditable QC plan: **HPLC identity/assay** for both actives, **activation and particle-profile checks** linked to space-filling behavior, plus **seal integrity and headspace** validation for canisters. Each shipment carries **COA/MSDS (SDS)/TDS** and **barcoding/QR** so your importer audits, distributor onboarding, and recall drills remain clean and fast. The outcome is predictable **seal → expose → vent → REI** cycles across bays, with less variability between zones and weeks.

Speed to market matters. Our **OEM private label** workflow bundles **multilingual GHS artwork**, tamper-evident options, and region icons under a single master spec—cutting artwork iteration time and avoiding reprints when languages change. We align **pack weight per canister**, **units per carton**, and pallet plans to your bay architecture and night windows, then commit to **forecast-based production windows** for dependable arrivals around flowering peaks. In short: **quality proof, labeling agility, delivery predictability**—without publishing prescriptive rates on this page.

## Partner with POMAIS — Request Specs, Samples & a Lead-Time Window

Share the operational inputs and we’ll do the heavy lifting. Provide **destination market**, **crop mix and bay volumes**, preferred **pack weight per canister** and **units per carton**, **label languages/GHS icons**, and your **target arrival window**. We’ll return a fit-for-purpose package: **spec sheets**, **OEM label templates**, **samples policy**, **MOQ & lead-time confirmation**, and a **palletization plan** mapped to your logistics lane and ERP fields. Documentation ships with each lot: **COA/MSDS (SDS)/TDS** and **barcoding/QR** for traceability and audits.

Keep it label-guided, keep it predictable. We standardize closed-structure operations around your **seal → expose → vent → REI** SOP and leave all intervals and sequences to your **approved label**. If you operate multiple sites, we’ll harmonize **pack/carton** architectures to zone sizes so night-window events are repeatable and records are comparable across bays and weeks. No prescriptive rates appear on this page; we focus on **compliance, speed, and reliability** so your team can stay ahead of **gray mold** pressure.

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[![Propiconazole 250 gL Cyproconazole 80 gL EC 2](https://www.pomais.com/wp-content/uploads/2025/06/Propiconazole-250-gL-Cyproconazole-80-gL-EC-2.webp "Propiconazole 250 gL Cyproconazole 80 gL EC 2")](https://www.pomais.com/product/propiconazole-250-g-l-cyproconazole-80-g-l-ec-fungicide/)

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[![Thiophanate methyl](https://www.pomais.com/wp-content/uploads/2024/11/Thiophanate-methyl.webp "Thiophanate methyl")](https://www.pomais.com/product/thiophanate-methyl/)

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[Thiophanate-Methyl Fungicide](https://www.pomais.com/product/thiophanate-methyl/)

[![Metalaxyl 5% GR](https://www.pomais.com/wp-content/uploads/2024/11/Metalaxyl-5-GR.webp "Metalaxyl 5 GR")](https://www.pomais.com/product/metalaxyl/)

[Metalaxyl Fungicide](https://www.pomais.com/product/metalaxyl/)

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[![Mancozeb](https://www.pomais.com/wp-content/uploads/2024/08/代森锰锌主图1.webp "代森锰锌主图1")](https://www.pomais.com/product/mancozeb/)

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[Mancozeb Fungicide](https://www.pomais.com/product/mancozeb/)

[![Cymoxanil50% WDG](https://www.pomais.com/wp-content/uploads/2024/10/Cymoxanil50-WDG-1.webp "Cymoxanil50 WDG 1")](https://www.pomais.com/product/cymoxanil/)

[Cymoxanil Fungicide | Systemic Solutions for Crop Protection](https://www.pomais.com/product/cymoxanil/)

[Cymoxanil Fungicide | Systemic Solutions for Crop Protection](https://www.pomais.com/product/cymoxanil/)

[![Prochloraz 267 gL Tebuconazole 133 gL EW Fungicide](https://www.pomais.com/wp-content/uploads/2025/10/Prochloraz-267-gL-Tebuconazole-133-gL-EW-Fungicide.webp "Prochloraz 267 gL Tebuconazole 133 gL EW Fungicide")](https://www.pomais.com/product/prochloraz-267-g-l-tebuconazole-133-g-l-ew-fungicide/)

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[![Azoxystrobin100glCarbendazim300gl SC 2](https://www.pomais.com/wp-content/uploads/2025/06/Azoxystrobin100glCarbendazim300gl-SC-2.webp "Azoxystrobin100glCarbendazim300gl SC 2")](https://www.pomais.com/product/azoxystrobin-100-g-l-carbendazim-300-g-l-sc-fungicide/)

[Azoxystrobin 100 g/L + Carbendazim 300 g/L SC Fungicide](https://www.pomais.com/product/azoxystrobin-100-g-l-carbendazim-300-g-l-sc-fungicide/)

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[![Downy Mildew Chemical Control Chlorothalonil 10 Cymoxanil 10 FU](https://www.pomais.com/wp-content/uploads/2025/10/Downy-Mildew-Chemical-Control-Chlorothalonil-10-Cymoxanil-10-FU.webp "Downy Mildew Chemical Control Chlorothalonil 10 Cymoxanil 10 FU")](https://www.pomais.com/product/downy-mildew-chemical-control-chlorothalonil-10-cymoxanil-10-fu/)

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[Carbendazim 35% + Thiophanate-Methyl 46.5% WP Fungicide](https://www.pomais.com/product/carbendazim-35-thiophanate-methyl-46-5-wp-fungicide/)

- [Tebuconazole Systemic Fungicide for Crop Disease Control](https://www.pomais.com/product/tebuconazole-25-ec/)
- [Propiconazole 250 g/L + Cyproconazole 80 g/L EC Fungicide](https://www.pomais.com/product/propiconazole-250-g-l-cyproconazole-80-g-l-ec-fungicide/)
- [Azoxystrobin Fungicide](https://www.pomais.com/product/azoxystrobin-fungicide/)
- [Thiophanate-Methyl Fungicide](https://www.pomais.com/product/thiophanate-methyl/)
- [Metalaxyl Fungicide](https://www.pomais.com/product/metalaxyl/)
- [Mancozeb Fungicide](https://www.pomais.com/product/mancozeb/)
- [Cymoxanil Fungicide | Systemic Solutions for Crop Protection](https://www.pomais.com/product/cymoxanil/)
- [Prochloraz 267 g/L + Tebuconazole 133 g/L EW Fungicide](https://www.pomais.com/product/prochloraz-267-g-l-tebuconazole-133-g-l-ew-fungicide/)
- [Azoxystrobin 100 g/L + Carbendazim 300 g/L SC Fungicide](https://www.pomais.com/product/azoxystrobin-100-g-l-carbendazim-300-g-l-sc-fungicide/)
- [Downy Mildew Chemical Control | Chlorothalonil 10% + Cymoxanil 10% FU](https://www.pomais.com/product/downy-mildew-chemical-control-chlorothalonil-10-cymoxanil-10-fu/)
- [Tebuconazole 50% + Trifloxystrobin 25% WG/WDG/DF](https://www.pomais.com/product/tebuconazole-50-trifloxystrobin-25-wg-wdg-df/)
- [Carbendazim 35% + Thiophanate-Methyl 46.5% WP Fungicide](https://www.pomais.com/product/carbendazim-35-thiophanate-methyl-46-5-wp-fungicide/)

[Latest News](https://www.pomais.com/news/)

- [Meet SunAgro at Growtech Antalya 2026 – Booth H6-A120](https://www.pomais.com/meet-sunagro-at-growtech-antalya-2026-booth-h6-a120/)September 3rd, 2026
- [Fall Armyworm Control in Maize: How to Select the Right Insecticide](https://www.pomais.com/fall-armyworm-management-in-maize-insecticide-selection/)November 2nd, 2026
- [Barnyardgrass Control in Rice: How to Choose Herbicides](https://www.pomais.com/barnyardgrass-control-in-rice/)October 30th, 2026
- [Rice Planthopper Management: Insecticide Selection and Resistance Considerations](https://www.pomais.com/rice-planthopper-management-insecticide-resistance/)October 28th, 2026
- [How Pesticide Approval Periods Affect Long-Term Supply and Registration Planning](https://www.pomais.com/pesticide-approval-periods-supply-planning/)October 26th, 2026
- [Pesticide Supply Continuity Planning: How Importers Reduce Production and Delivery Risks](https://www.pomais.com/pesticide-supply-continuity-planning/)October 23rd, 2026
- [What Is Technical Equivalence in Pesticide Registration? A Guide for Importers](https://www.pomais.com/technical-equivalence-pesticide-registration/)October 21st, 2026
- [What Happens When a Pesticide Batch Is Out of Specification?](https://www.pomais.com/pesticide-batch-out-of-specification/)October 19th, 2026
- [How to Audit a Pesticide Specification Against the COA Before Shipment](https://www.pomais.com/pesticide-specification-coa-audit-before-shipment/)October 17th, 2026
- [Pesticide Packaging Compatibility: Why the Container Is Part of Product Quality](https://www.pomais.com/pesticide-packaging-compatibility/)October 15th, 2026
- [Pesticide Storage Stability Data: What Importers Should Check Before Registration and Bulk Supply](https://www.pomais.com/pesticide-storage-stability-data-buyer-checklist/)October 12th, 2026

[FAQ](https://www.pomais.com/faq-items/)

- [Does Spinosad Kill Thrips?](https://www.pomais.com/faq-items/does-spinosad-kill-thrips/)July 25th, 2026
- [Does Spinosad Kill Mosquitoes?](https://www.pomais.com/faq-items/does-spinosad-kill-mosquitoes/)July 23rd, 2026
- [Does Spinosad Kill Fleas?](https://www.pomais.com/faq-items/does-spinosad-kill-fleas/)July 21st, 2026
- [Does Spinosad Kill Ants?](https://www.pomais.com/faq-items/does-spinosad-kill-ants/)February 24th, 2026
- [Does Spinosad Kill Fungus Gnats?](https://www.pomais.com/faq-items/does-spinosad-kill-fungus-gnats/)February 24th, 2026
- [Does Spinosad Kill Spider Mites?](https://www.pomais.com/faq-items/does-spinosad-kill-spider-mites/)February 24th, 2026
- [Will 2,4-D Kill Broom Sage?](https://www.pomais.com/faq-items/will-24-d-kill-broom-sage/)January 30th, 2026
- [Will 2,4-D Kill Cattails?](https://www.pomais.com/faq-items/will-24-d-kill-cattails/)January 28th, 2026
- [Will 2,4-D Kill Centipede Grass?](https://www.pomais.com/faq-items/will-24-d-kill-centipede-grass/)January 26th, 2026
- [Will 2,4-D Kill Johnsongrass?](https://www.pomais.com/faq-items/will-24-d-kill-johnsongrass/)January 22nd, 2026
- [Fipronil Rapidly Eliminates Fleas, Providing Swift Relief for Your Pet](https://www.pomais.com/faq-items/fipronil-rapidly-eliminates-fleas-providing-swift-relief-for-your-pet/)December 23rd, 2025
- [Does Spinosad Kill Lice Eggs?](https://www.pomais.com/faq-items/does-spinosad-kill-lice-eggs/)November 18th, 2025

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