ASTM D6552

ASTM D6552 is a technical standard that addresses how to control and characterize errors in weighing collected aerosols. It is useful when accurate mass measurement matters, because small weighing errors can affect test results, data quality, and confidence in reported values. By focusing on error control and characterization, this ASTM standard supports more consistent laboratory practice and helps users evaluate the reliability of aerosol weighing operations in a structured, repeatable way.

ASTM D6552 standard overview

ASTM D6552, titled Standard Practice for Controlling and Characterizing Errors in Weighing Collected Aerosols, provides a practical framework for handling weighing-related error sources during aerosol analysis. The standard is centered on the measurement process itself, with attention to factors that can influence the accuracy and consistency of collected aerosol mass determinations. It is generally used as a reference for improving control over weighing conditions, understanding uncertainty contributors, and supporting more dependable laboratory results.

Where is ASTM D6552 used?

This standard is commonly used in laboratory and testing environments where collected aerosols must be weighed with care. It is relevant to workflows involving sample collection, filtration, and mass-based evaluation of aerosol material. ASTM D6552 may be applied wherever analysts need to document weighing practices, compare results across tests, or reduce variability caused by environmental or handling effects. Its value is strongest in controlled measurement settings that depend on precise mass data.

Practical importance of ASTM D6552

In practice, ASTM D6552 helps users improve consistency and reduce measurement error in aerosol weighing operations. That matters for quality control, compliance-oriented testing, and product or method evaluation where small differences in mass can change conclusions. The standard can also support procurement and lab selection decisions by providing a recognized technical basis for evaluating weighing procedures. For organizations that rely on dependable aerosol data, it offers a useful way to manage risk and strengthen result credibility.

• Controls weighing error sources
• Supports aerosol mass measurements
• Improves result consistency
• Helps characterize uncertainty
• Useful for laboratory QA practices