For research and development teams in the agrochemical sector, identifying and sourcing key chemical intermediates is a cornerstone of innovation. 4-Chlorobenzyl Pinacolone (CAS: 127141-86-0) stands out as a crucial compound, particularly for those developing advanced fungicides. Understanding its properties and the best practices for procurement is vital for efficient R&D and eventual scale-up.

When embarking on new formulations or optimizing existing ones, researchers often seek intermediates that offer high purity and reliable performance. 4-Chlorobenzyl Pinacolone, characterized by its light yellow oily liquid appearance and a minimum assay of ≥98.0%, fits this profile perfectly. Its role as a primary building block in the synthesis of Tebuconazole means that any variability in its quality can directly impact the yield and efficacy of the final fungicide. Therefore, when seeking to buy 4-Chlorobenzyl Pinacolone, prioritizing a reputable supplier in China is a strategic move.

The synthesis of novel agrochemicals often requires meticulous attention to the reactivity and stability of intermediates. 4-Chlorobenzyl Pinacolone's chemical properties, including its boiling point of 297ºC and flash point of 179ºC, provide essential data for safe handling and process design. For R&D scientists, having access to detailed technical specifications from the manufacturer is invaluable. This ensures that the material is suitable for the intended synthetic routes, whether it involves condensation reactions, reductions, or other transformations.

Sourcing from a leading Tebuconazole intermediate manufacturer offers distinct advantages. Beyond just the chemical itself, it includes access to technical support and a commitment to consistent quality. This partnership allows R&D teams to focus on innovation rather than troubleshooting material inconsistencies. Understanding the CAS 127141-86-0 price in the context of global supply chains, particularly from China, helps in budgeting research projects effectively.

The journey from laboratory synthesis to commercial production is significantly smoother when reliable raw material suppliers are engaged early on. For 4-Chlorobenzyl Pinacolone, working with a Chinese manufacturer that adheres to international quality standards ensures that your research is built on a foundation of dependable chemistry. This proactive approach to sourcing can accelerate development timelines and reduce the risks associated with scaling up production.

In summary, for agrochemical R&D professionals, the strategic sourcing of 4-Chlorobenzyl Pinacolone is a critical step. By partnering with experienced Chinese suppliers who can provide high-purity material and robust technical documentation, R&D efforts are better positioned for success in developing the next generation of crop protection solutions.