ASTM D1614 is the ASTM standard for measuring alkalinity in acetone, providing a consistent laboratory method for evaluating this key chemical property. It helps users assess whether acetone meets expected quality or specification needs, especially when acidity or alkaline contamination could affect performance. For procurement, quality control, and product verification, this standard supports more reliable comparisons between batches and suppliers.

What is ASTM D1614?

ASTM D1614, Standard Test Method for Alkalinity in Acetone, is a technical document that defines how alkalinity in acetone is determined. The standard is intended to give laboratories a repeatable approach for testing a specific property of this solvent. By establishing a common test method, it helps create consistent results that can be used for quality assessment, acceptance decisions, and compliance with internal or external requirements.

Where is ASTM D1614 used?

This standard is commonly used in laboratories, quality control departments, and procurement settings where acetone is tested before use or release. It is relevant to manufacturers, distributors, and end users who need to confirm the chemical condition of acetone for technical or commercial purposes. ASTM D1614 may also support incoming inspection, batch verification, and routine product evaluation when consistent solvent quality is important.

Why is ASTM D1614 important?

ASTM D1614 matters because it gives organizations a recognized way to check alkalinity in acetone using a consistent test method. That consistency can reduce uncertainty in testing, improve product comparison, and support clearer pass or fail decisions. It is also useful for documentation and traceability, especially when quality control results must be defensible. Using a recognized ASTM standard can help lower the risk of variability in material assessment.

• Standard test method for alkalinity in acetone
• Supports laboratory and quality control testing
• Useful for batch verification and acceptance checks
• Helps improve consistency in solvent evaluation