Dibutyl Butanephosphonate in Ion-Selective Electrodes: A Key Plasticizer
In the field of analytical chemistry, Ion-Selective Electrodes (ISEs) are indispensable tools for the direct potentiometric determination of specific ions in complex matrices. The performance and selectivity of these sensors are heavily influenced by the composition of the membrane, where plasticizers play a crucial role in facilitating ion transport and ensuring the membrane's flexibility. Dibutyl Butanephosphonate (DBBP), with CAS number 78-46-6, is a notable organophosphorus compound recognized for its effectiveness as a plasticizer in these advanced electrochemical applications.
Dibutyl Butanephosphonate serves as a vital component within the PVC (polyvinyl chloride) matrix commonly used in ISE membranes. Its function is to enhance the mobility of the ionophore and the target ion within the membrane phase, thereby improving the electrode's sensitivity, response time, and selectivity. The compound's hydrophobic nature and its ability to solvate ions and ionophores contribute to the efficient electrochemical performance of the sensor.
Research has demonstrated the efficacy of DBBP in the development of selective sensors for various metal ions, including lanthanum and promethium, among others. The specific chemical structure of Dibutyl Butanephosphonate allows for favorable interactions with these ions and the ion-selective carriers embedded in the polymer matrix. This makes it a preferred choice for analytical chemists and sensor developers.
For professionals engaged in the research and development of new analytical technologies or the manufacturing of electrochemical sensors, sourcing high-quality Dibutyl Butanephosphonate is essential. As a leading manufacturer and supplier of specialty chemicals, we provide DBBP that meets the stringent purity requirements for these demanding applications. We understand the importance of consistency and reliability in analytical reagents.
Our commitment as a China-based manufacturer is to deliver Dibutyl Butanephosphonate that not only meets technical specifications but also offers competitive pricing and a stable supply chain. We support our clients by providing detailed product information, including technical data, safety guidelines, and sample availability. Whether you are developing novel sensors or require materials for established analytical methods, we are equipped to meet your needs.
We invite laboratories, research institutions, and manufacturing firms to consider Dibutyl Butanephosphonate for their Ion-Selective Electrode applications. By partnering with us, you gain access to a reliable supplier dedicated to quality and customer satisfaction. Contact us today to discuss your requirements, obtain a quotation, and secure your supply of this critical component for advanced analytical instrumentation.
Perspectives & Insights
Silicon Analyst 88
“The compound's hydrophobic nature and its ability to solvate ions and ionophores contribute to the efficient electrochemical performance of the sensor.”
Quantum Seeker Pro
“Research has demonstrated the efficacy of DBBP in the development of selective sensors for various metal ions, including lanthanum and promethium, among others.”
Bio Reader 7
“The specific chemical structure of Dibutyl Butanephosphonate allows for favorable interactions with these ions and the ion-selective carriers embedded in the polymer matrix.”