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950mL clear glass bottle of Alchemie Labs nitric acid, with reagent grade purity and safety seal intact.

Nitric Acid 0.05N

SKU HNO3-67A950N005 Category
Nitric acid molarity concentration provides precise, standardized solutions for diverse applications. Ideal for labs and industries, our high-purity reagent ensures accurate results and safe handling. Tailor-made for consistency and reliability in every experiment.

$28.79

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Safety Data Sheet

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Certificate of Analysis

Product Specification

Grade

Reagent

Purity

0.05N

Container Size

950mL

Container

PVC Coated Glass

CAS Number

7697-37-2

UN #

2031

Shelf Life / Mo

24

Precision in Reactions: By knowing the molarity, chemists can predict and control the outcomes of chemical reactions. This ensures that reactions proceed as expected, yielding the desired products in predictable quantities.

Safety: Different concentrations of HNO₃ have varying levels of reactivity and corrosiveness. By diluting to a specific molarity, the acid can be made safer for certain applications while retaining its effectiveness.

Versatility in Applications: Different laboratory experiments and industrial processes require nitric acid solutions of specific strengths. By adjusting the molarity, one can cater to a broad range of applications, from delicate laboratory titrations to robust industrial processes.

Standardization: In scientific research and industrial applications, consistency is crucial. By using solutions of known molarity, results can be replicated, compared, and validated across different experiments and settings.

 

In essence, the concept of molarity and the ability to adjust the concentration of nitric acid provides chemists and industry professionals with the tools to conduct safe, precise, and replicable work.

Titration: In titrations, Nitric Acid’s defined molarity is crucial for accurately determining the concentration of unknown solutions. Through precise acid-base reactions, it allows for the quantitative analysis of samples, essential in laboratories for verifying the composition and purity of various substances, ensuring accurate and reliable results in chemical analysis.

Sample Digestion: Utilizing Nitric Acid with specific molarity, sample digestion efficiently breaks down organic materials like plant tissues or minerals. This process releases elements or compounds for subsequent analysis, making it indispensable in environmental and biochemical testing where precise identification and quantification of constituents are required.

Synthesis: Nitric Acid, with controlled molarity, is a vital reagent in synthesizing a wide range of organic and inorganic compounds. Its precise concentration allows for exact chemical reactions in experimental procedures, playing a crucial role in the creation of pharmaceuticals, fertilizers, and other essential chemicals.

Nitrations: Nitric Acid, at specific molarity levels, is essential for nitrations, a process of introducing nitro groups into organic molecules. This step is fundamental in organic chemistry, crucial for synthesizing various compounds, including pharmaceuticals, dyes, and explosives, where the controlled addition of nitro groups alters chemical properties and functionalities.

Analytical Chemistry: In analytical chemistry, Nitric Acid of precise molarity is used in colorimetric analyses and spectrophotometry. Its consistent concentration is key for accurate detection and quantification methods, essential in determining the composition and concentration of substances in various samples, thereby ensuring reliability and precision in analytical results.

Reagent Preparation: Nitric Acid, with exact molarity, is crucial in preparing other chemical reagents and solutions. Its specific concentration ensures the correct acidic environment and reactivity for various experiments, making it indispensable in laboratories for creating a wide range of precise and effective chemical solutions and reagents.

pH Adjustment: Nitric Acid, at a defined molarity, is pivotal for adjusting the pH of solutions, tailoring them to desired experimental conditions. This adjustment is particularly crucial when preparing buffers or specific media, where the exact pH is essential for maintaining the integrity and accuracy of experimental results.

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