ASTM D7035

ASTM D7035 is the ASTM standard for determining metals and metalloids in airborne particulate matter by inductively coupled plasma atomic emission spectrometry (ICP-AES). It provides a structured test method for measuring elemental content in collected airborne particles, helping support consistent laboratory analysis and data comparison. This makes it useful when accurate monitoring of airborne particulate contamination or emissions-related sampling is needed. The standard is intended to guide reliable testing under controlled analytical conditions.

ASTM D7035 standard overview

The official title of ASTM D7035 shows that it focuses on test method requirements for analyzing metals and metalloids in airborne particulate matter using ICP-AES. In practical terms, it supports laboratories that need a recognized approach for elemental determination in air-related samples. The standard is relevant to analytical workflows where sample preparation, instrumental measurement, and reporting must be handled with consistency. It serves as a technical reference for users seeking a repeatable method for airborne particulate analysis.

Where is ASTM D7035 used?

This standard is commonly used in laboratory settings that evaluate airborne particulate samples for metal and metalloid content. It may support environmental monitoring, industrial hygiene, emissions-related analysis, or other workflows where particles captured from air are examined by ICP-AES. ASTM D7035 is also useful in quality-focused testing programs that require a defined analytical method. Because it addresses a specific measurement technique, it is most relevant to labs and organizations working with trace elemental analysis in airborne matter.

Practical importance of ASTM D7035

ASTM D7035 matters because it helps promote consistent testing and comparable results when analyzing metals and metalloids in airborne particulate matter. Using a recognized ASTM test method can support compliance efforts, internal quality control, and procurement decisions tied to analytical services or instrumentation. It may also reduce uncertainty in reporting by aligning laboratory practice with a standardized approach. For technical teams, this can improve confidence in the resulting data and help support informed environmental or operational decisions.

• ICP-AES-based elemental analysis
• Airborne particulate matter testing
• Metals and metalloids determination
• Laboratory consistency and reporting
• Quality control and compliance support