For R&D scientists pushing the boundaries of chemical innovation, access to high-quality reagents and intermediates is non-negotiable. 2-Ethoxyethyl 2-hydroxybenzoate (CAS 20210-98-4) is one such compound, often critical for developing new pharmaceutical agents or exploring novel synthetic pathways. Understanding the procurement process for this chemical ensures seamless progress in the lab.

When seeking to buy 2-ethoxyethyl 2-hydroxybenzoate for research purposes, purity is often the most critical factor. Scientists typically require material with a high degree of purity, such as 99%, to ensure reproducible experimental results and avoid confounding side reactions. The physical form, typically a white crystalline powder, is also an important identifier. It’s essential to work with a supplier that can provide a detailed Certificate of Analysis (CoA) confirming these specifications.

The CAS number, 20210-98-4, is the definitive identifier for this chemical. When searching for this compound, use the CAS number to ensure you are finding the correct substance. Many scientific research databases and chemical marketplaces list suppliers. For R&D, smaller quantities may be sufficient, but it’s still advisable to understand the supplier's overall capacity and reliability. A good manufacturer will be able to provide smaller R&D quantities while also having the capability to scale up if the project progresses.

Consider the importance of a stable supply chain, even for research quantities. Relying on a single source can be risky. Building relationships with multiple reputable suppliers, particularly those who are direct manufacturers in China, can offer flexibility and competitive pricing. While research budgets can be tight, investing in high-quality materials from trusted sources prevents costly delays and ensures the integrity of your scientific findings.

In summary, R&D scientists looking to procure 2-ethoxyethyl 2-hydroxybenzoate should prioritize purity and reliability. Partnering with manufacturers who provide detailed technical data and maintain consistent quality is key to successful research outcomes. Remember that even for small-scale use, understanding the source and specifications of your chemical raw materials is fundamental.