ASTM D3266
Standard Test Method for Automated Separation and Collection of Particulate and Acidic Gaseous Fluoride in the Atmosphere (Double Paper Tape Sampler Method)
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About This Item
ASTM D3266 is the ASTM standard for the automated separation and collection of particulate and acidic gaseous fluoride in the atmosphere using a double paper tape sampler. It provides a technical framework for gathering airborne fluoride-related matter in a consistent way, which supports environmental monitoring, data comparison, and informed decision-making. Because the method focuses on both particulate and gaseous forms, it is useful where fluoride measurements must reflect real atmospheric conditions with controlled sampling practice.
Purpose of ASTM D3266
The purpose of ASTM D3266 is to define a standardized test method for collecting airborne particulate fluoride and acidic gaseous fluoride with an automated double paper tape sampler. This helps users apply a repeatable approach to atmospheric sampling, rather than relying on ad hoc collection practices. As a technical document, it supports consistency in how samples are obtained and handled, which is important when fluoride data are used for comparison, reporting, or ongoing monitoring programs.
Common use cases of ASTM D3266
This standard is commonly used in atmospheric monitoring workflows where fluoride in air must be collected in a controlled and automated manner. It is relevant to sampling programs that track fluoride exposure or environmental presence over time, especially when both particulate and acidic gaseous fractions may need to be captured. ASTM D3266 may also support quality control efforts for systems that depend on reliable air sampling methods and comparable results across locations or time periods.
Why ASTM D3266 matters
ASTM D3266 matters because standardized atmospheric sampling helps improve consistency, traceability, and confidence in fluoride-related measurements. For organizations that rely on air monitoring data, a recognized ASTM method can support compliance activities, procurement decisions, and internal quality control. It also helps reduce uncertainty by giving users a common procedure for automated collection, which is especially valuable when results may be reviewed, compared, or used to evaluate environmental performance.
- Automated atmospheric sampling
- Particulate fluoride collection
- Acidic gaseous fluoride collection
- Double paper tape sampler method
- Consistent monitoring practice
- Publication Date: 2024-10-14
- Publisher: ASTM
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