Internet Famous Tris Base, Ultra Pure For Office [QlnsdTfB]

Internet Famous Tris Base, Ultra Pure For Office [QlnsdTfB]

Introducing our Internet Famous Tris Base, Ultra Pure For Office [QlnsdTfB], a highly reliable and versatile buffering agent designed for precise scientific applications. This premium-grade Tris Base offers exceptional purity and stability, making it an ideal choice for researchers and laboratories seeking the highest quality buffering solutions. With its superior performance and extensive applications, Internet Famous Tris Base, Ultra Pure For Office [QlnsdTfB] is a must-have for any research facility.

Product Specifications and Properties

Our Internet Famous Tris Base, Ultra Pure For Office [QlnsdTfB], boasts a remarkable purity of ≥ 99.9% on a dried basis, as determined by Gas Chromatography (GC). This ensures the highest level of accuracy and reliability in your experiments. The product is available as a white crystalline powder, providing a consistent and easy-to-use format. Additionally, Tris Base is temperature- and concentration-dependent, with a pH that increases by approximately 0.03 units per °C decrease in temperature and decreases by 0.03-0.05 units per ten-fold dilution. This information is crucial for precise applications, where accurate pH control is essential.

Applications and Benefits

Internet Famous Tris Base, Ultra Pure For Office [QlnsdTfB], is a versatile buffering agent that finds extensive use in various scientific applications. Its primary applications include serving as a component in sample buffers during protein extraction for Western blotting, assay buffers for protein extraction in radioimmunoassays, and as a saturation solution for microplate wells in double sandwich ELISA. Furthermore, its role as a component of biological buffers makes it an essential choice for researchers in molecular biology and biochemistry. With Internet Famous Tris Base, Ultra Pure For Office [QlnsdTfB], you can enhance the quality and reliability of your experiments, ensuring accurate and reproducible results.