Butanol 99.4% Extra Pure

Butanol 99.4% Extra Pure is a high-purity aliphatic alcohol commonly used in laboratory environments as a solvent, reagent, and intermediate in organic synthesis. Its moderate polarity and ability to dissolve a wide range of compounds make it ideal for use in extractions, chromatography, and spectrophotometric analysis. It also serves as a starting material for producing esters, plasticizers, and pharmaceuticals. The 99.4% purity ensures minimal water and impurity content, providing reliable consistency in sensitive procedures. With a relatively low evaporation rate and good miscibility with many organic solvents, it is suitable for both preparative and analytical applications. Proper storage in a cool, ventilated area in tightly sealed containers is essential to preserve its quality and reduce volatility.

Phosphorous Red Extra Pure

SHORT DESCRIPTION Phosphorous Red Extra Pure is a high-purity allotrope of elemental phosphorus, presented as a dark red to violet amorphous powder. Unlike its white counterpart, red phosphorus is significantly more stable and less reactive at room temperature, making it safer to handle under controlled conditions. It is insoluble in water and most organic solvents and must be stored under inert conditions due to its flammability in finely divided form. This grade of red phosphorus is commonly used in laboratories for chemical synthesis, pyrotechnics, match production, and flame retardant formulations. In education and research, it is employed in demonstrations of allotropy and in preparing organophosphorus compounds.

Sodium Metal Extra Pure

Sodium Metal Extra Pure is a highly reactive, silvery-white metallic solid used extensively in laboratories and industries as a strong reducing agent and reagent in chemical synthesis. It is essential for producing sodium-based compounds and drying solvents. Due to its pyrophoric nature, it must be stored and handled under inert conditions such as mineral oil to prevent spontaneous ignition. It has significant uses in pharmaceuticals, organic synthesis, and metal processing but requires strict safety protocols because of its reactivity with water and air.