Triazinamide, registered under CAS 136738-23-3, is a high-purity fine chemical intermediate widely recognized in the global agrochemical and organic synthesis industry. As a core triazine-series derivative, it serves as the key synthetic raw material for pymetrozine, a mainstream piercing-sucking insecticide. This article provides a full introduction to Triazinamide’s chemical identity, physical and chemical properties, synthesis features, industrial applications, and quality standards for global buyers and chemical researchers.

1. Basic Chemical Information & Nomenclature

Triazinamide is commonly known as triazine amide, with standardized industrial and IUPAC naming to unify global chemical trade and laboratory identification.

• Common Name: Triazinamide, Triazine Amide
• CAS Number: 136738-23-3
• IUPAC Name: N-(6-methyl-3-oxo-2,5-dihydro-1,2,4-triazin-4-yl)acetamide
• Alternative Chemical Name: 4-acetylamino-6-methyl-3-oxo-2,3,4,5-tetrahydro-1,2,4-triazine
• Molecular Formula: C₆H₁₀N₄O₂
• Molecular Weight: 170.17 g/mol

It is worth noting that Triazinamide (CAS 136738-23-3) is completely different from melamine and cyanuramide in molecular structure and application scenarios, avoiding confusion in chemical procurement and experimental research.

2. Physical & Chemical Properties

Triazinamide is a stable organic intermediate with excellent physical properties suitable for industrial mass synthesis and long-term storage, meeting the production requirements of high-standard agrochemical raw materials.

• Appearance: White or off-white crystalline solid
• Density: 1.43±0.1 g/cm³ (predicted)
• Stability: Good chemical stability at room temperature, not easy to decompose
• Storage Characteristics: Low moisture absorption, suitable for sealed and dry long-term storage
• Purity Grade: Industrial mainstream purity ≥96% HPLC, high-end customized grade up to 99% HPLC

Its stable molecular structure and low-impurity characteristics effectively improve the yield and purity of downstream synthetic products, making it a preferred intermediate for large-scale pesticide production.

3. Core Industrial Application: Pymetrozine Synthesis Intermediate

The dominant industrial value of Triazinamide (CAS 136738-23-3) is acting as the key intermediate for pymetrozine synthesis. Pymetrozine is a high-efficiency, low-toxicity systemic insecticide, widely used in global crop protection for rice, vegetables, fruits, and cash crops to control aphids, whiteflies, leafhoppers and other piercing-sucking pests.

In the industrial production route of pymetrozine, high-purity Triazinamide directly determines the synthesis conversion rate and finished product quality. High-quality Triazinamide can effectively reduce by-product generation, lower production costs, and ensure the insecticidal activity and compliance of final pymetrozine products.

4. Extended Research & Development Applications

In addition to mature agrochemical industrial applications, Triazinamide also has broad research value in fine chemical and pharmaceutical fields. Its special triazine ring structure endows it with potential biological activity, making it a research intermediate for antimicrobial, antiviral and anti-tumor drug development. Meanwhile, it can be used as a hapten material for pesticide residue detection, supporting ELISA rapid detection technology for agricultural product safety monitoring.

5. Industrial Grade Quality Standards & Supply Features

Commercial Triazinamide supplied for global industrial production strictly follows fine chemical intermediate standards, with mature quality control systems:

• Main Purity: HPLC 96% / 99% industrial grade
• Impurity Control: Low moisture, low heavy metal content, no harmful residual impurities
• Packaging Specification: Standard 25kg paper drum packaging, suitable for long-distance ocean transportation
• Supply Advantage: Stable bulk supply, customizable purity and technical indicators according to customer synthesis processes

6. Why High-Quality Triazinamide Matters for Industrial Production

In agrochemical manufacturing, the purity and stability of Triazinamide directly affect batch production consistency. Low-quality triazine intermediates often cause reduced pymetrozine yield, increased waste liquid discharge, and unstable product efficacy. Reliable high-purity Triazinamide helps pesticide manufacturers achieve stable production, meet global agricultural chemical quality standards, and reduce comprehensive production and environmental costs.

Conclusion

Triazinamide (CAS 136738-23-3) is a professional and high-value triazine-series fine chemical intermediate. With stable chemical properties, high synthesis activity and mature industrial application routes, it has become an indispensable core raw material for global pymetrozine production. Meanwhile, its potential in pharmaceutical research and pesticide detection continues to expand its industrial value. For agrochemical manufacturers and fine chemical research institutions, high-purity, stable-quality Triazinamide is the key guarantee for efficient and compliant production and research.