
High-purity d-Trans-Allethrin (CAS 28434-00-6) active insecticidal intermediate. Expertly optimized for fast-acting public health formulations, household pest control products, and industrial insecticide manufacturing.
Exceptional chemical purity provides an irreplaceable technical advantage for manufacturing plants formulating modern pest defense solutions. This lipophilic active compound works by disrupting the central nervous system of targeted insects during direct exposure cycles. The unique molecular mechanism successfully helps operators manage specific urban pest infestations without causing persistent environmental accumulation. Furthermore, it helps material scientists achieve precise stoichiometric controls during large-scale industrial compounding operations.
Pyrethroid-based active matrices serve as foundational stabilization agents in modern treatments for flying and crawling insect management. Consequently, integrating this premium chemical intermediate significantly improves the immediate contact mortality of your final biocide batch. The specialized synthesis also enhances long-term storage stability during extensive international commercial distribution networks. As a result, Zyntex coordinates rigorous lot-by-lot validation for every shipment, ensuring dependable batch-to-batch consistency.
Moreover, Zyntex manages robust international dry-logistics networks designed to preserve the accurate chemical integrity under various transport parameters. This organic liquid intermediate plays a vital role in fine agrochemical science. Our specialized compound serves as a reliable benchmark for studying arthropod resistance kinetics and specialized detoxification pathways. It opens new operational paths for testing custom industrial biocide batches. Manufacturers use it as an exact chemical building block for custom aerosol matrices and thermal fogging concentrates. At the same time, it remains a critical chemical standard for evaluating active substance behavior. In short, our product functions as a highly dependable chemical source, safeguarding technical compounding accuracy.
Recently, industrial manufacturing interest regarding its implementation in advanced low-toxicity household vaporizers has expanded significantly. The substance offers a clean, low-impurity chemical foundation for discovering modern flying insect control alternatives. These specialized methods successfully meet strict international biocide registration and safety criteria. Because of this, Zyntex offers refined chemical grades designed to satisfy the detailed regulatory processing parameters of manufacturing facilities worldwide. Ultimately, selecting Zyntex guarantees a reliable, fully documented, and robust raw material channel. We blend industry-focused logistics with strict quality assessments. To conclude, our operational dedication ensures that your processes retain the highest possible molecular accuracy and chemical purity.
This high-purity synthetic pyrethroid intermediate is essential across these four primary sectors:
Primary active ingredient for domestic mosquito mats, coils, and space sprays. Thus, it controls flying pests safely and effectively.
Crucial raw material for compounding regional vector control treatments. Undoubtedly, it supports strict urban compliance metrics.
Used as a primary knockdown compound in industrial thermal fogging operations. Consequently, it enhances treatment processing efficiency.
Acts as a specialized chemical standard in pyrethroid sensitivity trials. Specifically, it maintains solution balance and uniformity.
| Parameter | Standard Value |
|---|---|
| Product Name | d-Trans-Allethrin (Technical Grade) |
| Molecular Formula | C19H26O3 |
| Assay (Purity) | ≥ 93.0% (Total Active Isomers) |
| CAS Number | 28434-00-6 / 584-79-2 |
📝 Safety & Handling: d-Trans-Allethrin is toxic if swallowed, harmful if inhaled, and highly toxic to aquatic life with long-lasting effects. Therefore, store in tightly sealed containers within a cool, dry, well-ventilated facility away from open flames and strong oxidizing agents. Avoid direct vapor or mist inhalation. Wear proper standard manufacturing PPE including protective chemical gloves, safety eyewear, and respiratory masks during all raw material handling phases. Always check the official Safety Data Sheet (SDS) for environmental and ecotoxicological protocols.