Perchloric Acid 50% ACS

Perchloric Acid 50% ACS Grade CAS: 7601-90-3 | MF: HClO4 | MW: 100.46, Buy now for reliable and Reproducible results from ChemieR Acid.

Perchloric Acid 50% ACS (CAS: 7601-90-3) is a high-quality mineral acid whose chemical formula is HClO4 and molecular weight is100.46. It is provided in a 50% aqueous solution (mass fraction 0.5) in the form of a clear, colorless liquid. The acid is a strongly concentrated acid which is stronger than sulfuric acid and nitric acid and is fully dissolvable in water. Perchloric Acid 50% ACS is highly acidic and is a strong oxidizing agent. It is used in analytical laboratories, chemical research, and industrial chemical processes.

Applications

• Analytical Chemistry: Perchloric Acid 50% ACS is very important in analytical chemistry labs in the determination, digestion, and isolation of various metals like copper, as well as alkali metals like sodium and potassium. It is also very popular in trace metal analysis and precise lab tests.
• Volumetric Analysis: This high-purity acid is used in the volumetric titration processes to dissolve samples and enhance the reduction potential of cerate salts. It is widely employed in the quantitative chemical analysis of the substance concentration in solution.
• Rocket Propulsion: Perchloric Acid 50% ACS (CAS: 7601-90-3) is utilized in the manufacture of ammonium perchlorate, an important oxidizer in the manufacture of rocket propellant fuels and in the aerospace industry.
• Silica Determination: It is a powerful dehydrating agent as well as an oxidizing agent and therefore employed to analyze silicate materials. It assists in good silica determination, and quality control and industrial testing requirements are met.

Key features

• High purity and ACS Compliance: Produced to ACS Grade specifications, this acid will be of the highest level of purity, low level of contamination and maximum consistency in sensitive lab and industry uses.
• Powerful Oxidizing Characteristics: Its strong oxidizing nature increases the speed of chemical reactions, which makes it very useful in the process of organic synthesis, material research, digestion processes, and sample preparations.
• Efficient Dissolution of Metal: Perchloric Acid 50% ACS is very effective in dissolving metals and alloys and therefore is important in the recovery of metal, recycling as well as corrosion treatment and in the advanced chemical processing industries.

General Description

Perchloric Acid 50% ACS (HClO4) is a mineral acid type of oxidizing agent, which is a strong oxidizing agent. It is provided in the form of 50% aqueous solution and is fully compatible with water. This laboratory reagent, weighing 100.46 and with a CAS No. 7601-90-3, is made to provide reliable, consistent, and precise results in challenging scientific settings. Its chemical stability and regulated concentration make it the best for metabolic reactions, digestion methods, and sensitive procedures in the laboratory.

Need to buy Perchloric Acid 50% ACS (HClO4)? Purchase Perchloric Acid 50 Percent ACS Grade at ChemieR. A range of packaging styles that can be used in laboratory-scale and large-scale industrial set-ups. This is due to the fact that we offer custom prices depending on the quantity needed; in case of which please contact us via our inquiry section. Our service guarantee involves secure packaging, quick delivery, and laboratory quality of the chemicals used at a professional level. Order Perchloric Acid 50% ACS now to increase productivity and effectiveness in every scientific and industrial application.

About Brand

ChemieR provides an extensive selection of high-purity salts, acids, base and high purity solvents, including alkali metals, alkaline earth compounds, perchlorates, heavy metals, rare earths, transition metals, silver and precious metals, and triflates. ChemieR specialize in inorganic chemicals, offering materials with low moisture content and minimal trace metals. ChemieR stands out with a diverse range of laboratory chemicals, from organic and inorganic reagents to solvents.