Azoxystrobin CAS Number and Chemical Name

For many technical buyers, registration teams and distributors, the first question about any active ingredient is simple: what is its CAS number and exact chemical name?
This article gives you a clear, business-focused overview of azoxystrobin CAS, azoxystrobin CAS number and azoxystrobin chemical name, and then connects that identity information to the typical needs of B2B buyers.

What Is the CAS Number of Azoxystrobin?

In technical and regulatory communication, the azoxystrobin CAS number is the primary identifier of this strobilurin fungicide.

Short definition (snippet-ready):
Azoxystrobin is a broad-spectrum strobilurin fungicide identified by the CAS number 131860-33-8, used globally to control a wide range of fungal diseases in major crops.

Why CAS Numbers Matter for Agrochemical Procurement

When your team evaluates a new supplier or prepares registration dossiers, the CAS number is the anchor that confirms you are discussing the same active ingredient across:

• Registration files and ICAMA/other local submissions

• COA, MSDS, TDS and analytical reports

• Import/export customs documentation

• Internal ERP and inventory codes

• Multi-language labels and packaging artworks

Using the correct azoxystrobin CAS no (131860-33-8) avoids confusion with other strobilurin fungicides and reduces regulatory risk during registration, import and distribution.

Azoxystrobin Identity at a Glance

Technical buyers usually want a quick reference table to validate identity details provided by suppliers. Below is a structured summary.

Azoxystrobin Identity Data Table

This table gives your regulatory, QC and sourcing teams a single reference point when comparing offers from different azoxystrobin suppliers.

(Suggested visual: a simple structural formula diagram of azoxystrobin with key functional groups highlighted.)

Azoxystrobin Chemical Name and How to Interpret It

Many buyers search for “azoxystrobin chemical name” to double-check that the substance offered by a supplier matches their internal specification.

IUPAC Name vs Common Name

• Common name: Azoxystrobin

• IUPAC / chemical name: Methyl (E)-2-{2-[6-(2-cyanophenoxy)pyrimidin-4-yloxy]methyl}-3-methoxyacrylate

The IUPAC name describes the exact structure and functional groups, while the common name “azoxystrobin” is what appears on labels, registrations and commercial documents. Both point to the same active ingredient defined by CAS 131860-33-8.

Functional Groups and Strobilurin Class

From the chemical name, you can infer several key elements that matter for formulators and R&D teams:

• A methoxyacrylate group, typical for strobilurin fungicides

• A pyrimidinyl ring connected via an ether linkage

• A cyanophenoxy substituent, which contributes to biological activity and lipophilicity

These structural features help explain why azoxystrobin shows:

• Strong activity against many Ascomycetes, Basidiomycetes and Deuteromycetes

• Translaminar movement and partial systemic behavior

• Compatibility with multiple formulation types (SC, WG, FS and others)

Key Chemical and Physical Properties for B2B Buyers

Beyond azoxystrobin CAS number, purchasing and technical teams usually review a short list of chemical properties before approving a supplier.

Core Physical Characteristics

Typical technical azoxystrobin (TC) is:

• Appearance: Off-white to beige crystalline solid

• Purity: Common commercial grades ≥ 95% (depending on specification and registration)

• Molecular weight: Approx. 403.4 g/mol

• Solubility: Low water solubility; good solubility in many organic solvents

• Stability: Stable under normal dry storage conditions and neutral pH ranges

These characteristics influence how azoxystrobin behaves in suspension concentrates (SC), water-dispersible granules (WG) and seed treatment formulations (FS).

Storage Stability & Compatibility Considerations

Formulators and distributors typically pay attention to:

• Stability under elevated temperature or cold storage (no significant degradation, no crystal growth)

• Compatibility with common formulation adjuvants and dispersants

• Low tendency to form hard sediment in SC/WG systems when properly formulated

Professional suppliers will normally provide stability data, accelerated storage results and compatibility notes as part of the technical dossier to support your quality review.

Where Azoxystrobin Is Commonly Used (Non-Instructional Overview)

This section is not a use guide. It simply positions azoxystrobin within global crop protection markets.

Major Crop Segments

Azoxystrobin is widely used by formulators and brand owners in products registered for:

• Cereals (wheat, barley, corn, etc.)

• Rice

• Grapes

• Fruits and vegetables

• Turf and ornamentals

Due to its broad-spectrum activity, it is often included in solo products and mixtures targeting multiple key diseases.

Typical Disease Targets

In many markets, azoxystrobin-based products are registered to help control diseases such as:

• Rusts

• Powdery mildew

• Leaf spots and blights

• Anthracnose

• Certain seed-borne and soil-borne pathogens (via seed treatment or soil-related registrations)

Exact use patterns and label claims depend on local registrations and regulations in each country.

Always follow the approved product label and local regulations in your market. This article is for technical information only, not for field-use instructions.

Safety and Regulatory Perspective

When your team evaluates azoxystrobin, you not only check azoxystrobin CAS and purity, but also its toxicological and environmental profile as defined in official assessments.

High-Level Toxicological View

Publicly available data classifies azoxystrobin as having:

• Low acute toxicity for mammals when used as directed

• Specific hazard classifications regarding aquatic organisms, which is typical for many fungicides

• Defined ADI (Acceptable Daily Intake) and ARfD (Acute Reference Dose) values set by regulatory authorities

Your registration and stewardship teams will typically review full toxicology, eco-toxicity and residue evaluation documents, supplied along with MSDS and TDS.

Compliance, Labeling and Documentation

For importers and brand owners, a compliant azoxystrobin offer should be backed by:

• COA for every batch, linked to azoxystrobin CAS number 131860-33-8

• MSDS in required languages

• TDS / specification sheet

• Support for local registration dossiers (on request)

Professional suppliers will also support multi-language labels and transport documentation to match local law.

Why Many Buyers Choose POMAIS as an Azoxystrobin Supplier

If you are looking beyond the azoxystrobin CAS number and need a stable B2B partner, the real question becomes: which supplier can support your brand, registration and long-term distribution strategy?

A partner like POMAIS can typically offer:

Complete Product Line Around Azoxystrobin

• Technical azoxystrobin

• Multiple formulations developed for different markets, such as SC, WG and FS (subject to registration)

• Options to integrate azoxystrobin into mixtures, in line with your local regulatory framework

Customized Packaging and Branding

• Small packs for retail brands and larger packs for professional markets

• Multi-language labels (Arabic, Russian, Spanish, French, Portuguese, etc.)

• Custom artwork aligned with your existing portfolio and brand guidelines

This allows you to position your azoxystrobin products directly for local farmers and dealers.

Strict Quality Control and Certificate Support

• Batch-wise COA based on internal QC and third-party tests where required

• MSDS, TDS and supporting regulatory documentation

• ISO/SGS and other certificates to support tenders and large import programs

A structured QC system reduces your risk of complaints, recalls or registration non-compliance.

Global Agrochemical Export Experience

With strong experience in Middle East, Africa, South America, Russia and Central Asia, POMAIS understands:

• Different registration timelines and documentation styles

• Typical local packaging preferences

• Logistics solutions including double-clearance and door-to-door in certain regions

This combination allows you to move from inquiry to repeat orders with lower operational friction.

FAQ: Azoxystrobin CAS and Chemical Identity

1. What is the CAS number for azoxystrobin?

The azoxystrobin CAS number is 131860-33-8. This unique number identifies azoxystrobin in regulatory documents, analytical reports and international trade.

2. Is “azoxystrobin CAS no” the same as “azoxystrobin CAS number”?

Yes. “Azoxystrobin CAS no” is just a shortened way of saying “azoxystrobin CAS number”, and both refer to CAS 131860-33-8.

3. What is the azoxystrobin chemical name?

The commonly used azoxystrobin chemical name is:
Methyl (E)-2-{2-[6-(2-cyanophenoxy)pyrimidin-4-yloxy]methyl}-3-methoxyacrylate.

4. Is azoxystrobin a strobilurin fungicide?

Yes. Azoxystrobin belongs to the strobilurin (QoI) class of fungicides and is classified in FRAC Group 11, inhibiting mitochondrial respiration at complex III.

5. What documents should a serious azoxystrobin supplier provide?

For professional buyers, a reliable supplier should provide at minimum:

• COA (per batch)

• MSDS

• TDS / specification sheet

• Sample analytical results on request

• Supportive data for registration, if agreed commercially

Discuss Your Azoxystrobin Requirements

If your team is working on azoxystrobin registrations, portfolio upgrades or new private-label products, you need more than just a CAS number on paper. You need a supplier who can connect:

• Consistent quality (linked to CAS 131860-33-8 and your specification)

• Regulatory support for your target markets

• Flexible packaging and branding for local dealers and farmers

• Reliable logistics from China to your warehouse

Share your target formulation, pack size and annual volume plan, and we can work with you to develop a suitable azoxystrobin supply solution for your market.