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$35
10-199 Kilogram
$30
200-499 Kilogram
$28
≥500 Kilogram
Product Description
Cyromazine is a triazine insect growth regulator used as an agricultural active ingredient for managing dipteran pests, especially leaf-miner larvae and flies. It is supplied as technical material or formulated into soluble concentrates and water-soluble powders for crop protection and other regulated pest-control applications.
Cyromazine is a synthetic triazine compound with the chemical name N-cyclopropyl-1,3,5-triazine-2,4,6-triamine. It has an established role as an insect growth regulator, with activity associated with disruption of moulting and pupation in susceptible insect larvae.
For agricultural formulation, cyromazine is particularly associated with control of leaf-miner pests on vegetables. It has also been used in applications involving fly control in manure and in certain regulated vector-control programs. Final use patterns, labels, permitted crops, application rates, and registrations depend on the target market and local pesticide requirements.
| Item | Specification |
|---|---|
| Product Name | Cyromazine |
| Category | Insect Growth Regulator / Agricultural Pesticide Active Ingredient |
| CAS Number | 66215-27-8 |
| CIPAC Number | 420 |
| Chemical Name | N-cyclopropyl-1,3,5-triazine-2,4,6-triamine |
| Molecular Formula | C6H10N6 |
| Molecular Weight | 166.18 g/mol |
| Typical Appearance | White to beige crystalline powder or solid |
| Technical Material Assay | Common technical specification: not less than 95% cyromazine; higher-purity grades may be supplied according to formulation and regulatory requirements |
| Standard Test Method | Reversed-phase HPLC with UV detection and external standardization; identity may also be verified by HPLC retention time, GC retention time, and IR spectrum |
| Formulation Types | Technical material, soluble concentrate, and water-soluble powder |
| Water Solubility | Approximately 13 g/L at 25°C in pure water under reported test conditions |
| Melting Point | Approximately 223°C, with decomposition |
| Shelf Life | Common industry standard: 24 months when stored in the original sealed packaging under recommended conditions |
| Storage | Store tightly sealed in a cool, dry, well-ventilated place away from direct sunlight, moisture, food, feed, and incompatible materials |
| Packaging | Common bulk packaging includes 1 kg and 5 kg lined bags or aluminum foil bags and 25 kg fiber drums; customized packaging is available |
| Particle Size | Customized according to formulation, dissolution, and processing requirements |
| Documentation | COA, TDS, SDS, and relevant technical documentation available for commercial procurement |
Cyromazine is used in agricultural pest-management programs, particularly for leaf-miner control in vegetable crops. Its insect growth regulator activity makes it relevant where larval-stage management is part of an integrated crop-protection program.
Cyromazine has also been used to manage fly larvae in manure and other agricultural environments where such applications are permitted. Product formulation and use instructions should follow the applicable registered label.
Cyromazine has been identified for certain public-health vector-control applications, including mosquito-related programs. Such use is highly dependent on local registration, regulatory authorization, formulation, and approved application instructions.
For cyromazine procurement, the active-ingredient concentration should be selected according to the intended formulation rather than treated as a universal specification. Technical material is generally the starting point for downstream formulation, while soluble concentrates and water-soluble powders require additional control of dissolution, stability, and physical properties.
| Procurement Requirement | Recommended Specification Focus | Why It Matters |
|---|---|---|
| Technical active ingredient | Cyromazine assay, identity, impurity profile, moisture, and physical appearance | The active-ingredient assay and impurity profile establish the starting quality of the material used for formulation. |
| Soluble concentrate | Declared active concentration, solution clarity, storage stability, and dissolution behavior | The active concentration must be matched with the intended formulation system and label requirements. |
| Water-soluble powder | Active concentration, wettability, dissolution, sieve residue, and storage stability | Physical performance affects preparation of the spray solution and helps reduce formulation-related processing problems. |
| Custom formulation | Target concentration, particle-size requirement, solubility profile, packaging, and local registration requirements | Custom specifications should be designed around the finished formulation and its approved use rather than around assay alone. |
International pesticide specifications provide an important procurement reference, but they do not replace country-specific registration or labeling requirements. Buyers should therefore evaluate the active-ingredient specification together with the intended formulation type, target crop or pest, application method, and destination-market regulations.
Cyromazine technical material can be packed in common bulk configurations such as 1 kg or 5 kg lined bags and 25 kg fiber drums. Packaging can be adapted to transportation, warehouse handling, moisture protection, and downstream formulation requirements. Larger bulk orders can be arranged according to commercial requirements.
For pesticide formulation projects, customization can cover active-ingredient concentration, formulation type, particle-size requirements, packaging configuration, labeling, and private-label production where legally permitted. The final formulation should be matched to the target market's pesticide registration, labeling, and use requirements.
Quality control for cyromazine procurement should cover both chemical identity and formulation suitability. Typical batch testing includes:
A widely referenced FAO technical-material specification sets a declared cyromazine content of not less than 950 g/kg. Higher assay material may also be sourced when required by a particular formulation or regulatory specification. The requested assay should therefore be aligned with the finished product and destination-market requirements.
Reversed-phase HPLC with UV detection and external standardization is an established method for determining cyromazine content. Identity can additionally be assessed using HPLC retention time, GC retention time, and IR spectrum, depending on the applicable analytical specification.
Start with the required active concentration and formulation type, then evaluate dissolution, physical stability, particle-size requirements, packaging, and regulatory specifications. A technical-grade material is generally evaluated as a formulation input, while soluble concentrates and water-soluble powders require additional physical-performance controls.
Procurement teams commonly request a batch-specific COA together with TDS and SDS documentation. Depending on the destination market and application, additional analytical reports, impurity information, third-party testing, and regulatory documentation may also be relevant.
Cyromazine is an established insect growth regulator for agricultural and other regulated pest-control applications, with particular relevance to dipteran larval management. For commercial sourcing, assay, analytical method, formulation type, physical performance, packaging, and destination-market requirements should be evaluated together.
Contact us today to request samples, a COA, technical documents, and a wholesale quotation for cyromazine.

Packaging & Delivery
| Selling Units: | Kilogram |
|---|
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