Toluene / 2-Propanol / Water 100:99:1 v/v/v (Mixture TAN) (ASTM D 664) for analysis

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Product Name Toluene / 2-Propanol / Water 100:99:1 v/v/v (Mixture TAN)
ASTM Method D 664
Composition Toluene (100%), 2-Propanol (99%), Water (1%)
Color Colorless
Odor Characteristic
Density 0.864 g/ml
Boiling Point Varies based on composition
Flash Point Varies based on composition
Solubility Miscible with organic solvents, slightly soluble in water
Storage Store in a cool, dry place away from heat sources
Handling Precautions Use in a well-ventilated area, avoid direct contact with skin and eyes
Applications Analytical chemistry, process control, quality control
Purity High purity
Stability Stable under normal conditions
FAQ
What is Toluene / 2-Propanol / Water 100:99:1 v/v/v (Mixture TAN) for analysis?
Toluene / 2-Propanol / Water 100:99:1 v/v/v (Mixture TAN) is a solution used for analysis purposes, specifically for measuring Total Acid Number (TAN) according to ASTM D 664 standards.

How is Toluene / 2-Propanol / Water 100:99:1 v/v/v (Mixture TAN) used in analysis?
This mixture is used as a solvent in analytical procedures to determine the TAN of various substances. It serves as the medium for chemical reactions and helps in accurate measurement of acidity levels.

What are the benefits of using Toluene / 2-Propanol / Water 100:99:1 v/v/v (Mixture TAN) for analysis?
By using this specific mixture, analysts can ensure consistency and reliability in TAN measurements. The precise formulation of Toluene / 2-Propanol / Water 100:99:1 v/v/v (Mixture TAN) helps in achieving accurate results.

Is Toluene / 2-Propanol / Water 100:99:1 v/v/v (Mixture TAN) suitable for all types of analysis?
Yes, this mixture is designed for general TAN analysis and can be used for a wide range of samples. It provides consistent results across various applications.

How should Toluene / 2-Propanol / Water 100:99:1 v/v/v (Mixture TAN) be stored and handled?
It is recommended to store this mixture in a cool, dry place away from direct sunlight and heat sources. Proper handling procedures should be followed to avoid contamination and ensure accurate analysis results.
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