Description
Specifications Table
Product Name – Triethyl Amine for Chromatography
Quantity/Pack Size – 50ml
Form – Liquid
Grade – Laboratory
Application – Chromatography and analytical laboratory processes
Product Overview
Triethyl Amine for Chromatography is a premium laboratory-grade chemical designed for high-precision analytical applications. Known for its exceptional purity and consistent chemical properties, it offers reliable performance in sensitive laboratory procedures. The compound has a well-defined chemical structure, ensuring predictable interactions and minimal contamination, which is critical in chromatography and related chemical analyses. It exhibits excellent stability under standard storage conditions and maintains its integrity across a wide range of laboratory environments. Manufactured under strict quality control, this chemical is free from impurities and meets rigorous laboratory-grade standards. Triethyl Amine is easy to handle and integrate into existing workflows, ensuring efficiency and reproducibility in various analytical setups. Its volatile nature is balanced with safe storage and handling properties, reducing risks during use. The chemical’s versatility allows seamless use in multiple preparative and analytical protocols, providing high accuracy and repeatable results. Proper packaging preserves the chemical’s quality during transportation, while consistent batch-to-batch quality ensures reliable performance in every application. Regular quality testing guarantees compliance with laboratory specifications, making it a dependable choice for professional labs and industrial settings requiring precise chemical performance.
FAQs
1. What is the primary function of Triethyl Amine in chromatography?
It acts as a basic reagent and solvent modifier to improve separation efficiency and peak resolution in chromatography processes.
2. Is Triethyl Amine compatible with all chromatography solvents?
It is compatible with most organic solvents, but compatibility should be verified for specific solvent systems before use.
3. Are there alternative chemicals to Triethyl Amine?
Alternatives may include diisopropylethylamine or other tertiary amines depending on the chromatography method and desired properties.
4. How should Triethyl Amine be stored in a laboratory?
Store in a cool, dry, and well-ventilated area away from sources of heat and ignition, in tightly sealed containers.
5. Where can Triethyl Amine be reliably sourced in India?
It is available through verified laboratory suppliers that provide high-purity, lab-grade certified chemicals suitable for analytical use.
