ASTM E507
Standard Test Method for Determination of Aluminum in Iron Ores by Flame Atomic Absorption Spectrometry
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About This Item
ASTM E507 is the ASTM standard for determining aluminum in iron ores by flame atomic absorption spectrometry. It provides a defined test method for measuring aluminum content in ore samples, supporting more consistent analytical results in mineral testing and materials evaluation. For laboratories and purchasers working with iron ores, this standard helps establish a shared approach to measurement, which is important for quality control, reporting, and technical comparison across different samples and suppliers.
Purpose of ASTM E507
The purpose of ASTM E507 is to describe a test method for determining aluminum in iron ores using flame atomic absorption spectrometry. This gives laboratories a recognized procedure for chemical analysis of ore materials, helping improve repeatability and comparability of results. As a technical reference, it supports standardized testing practices when aluminum content must be measured for evaluation, specification review, or internal quality programs. ASTM E507 helps bring consistency to a measurement that may otherwise vary by method or laboratory.
Common use cases of ASTM E507
ASTM E507 is commonly used in laboratories that analyze iron ore samples as part of raw material assessment, quality control, or supplier verification. It is relevant wherever aluminum content needs to be determined by flame atomic absorption spectrometry in a controlled testing workflow. The standard may also support routine analytical reporting for iron ore production, purchasing, and material certification, especially when reliable chemical data is needed for comparison between shipments, sources, or batches.
Why ASTM E507 matters
This standard matters because a clear, repeatable test method helps reduce ambiguity in chemical analysis of iron ores. ASTM E507 supports more consistent laboratory practice, which can improve confidence in reported aluminum values and help streamline compliance or procurement decisions. When test results are used for material acceptance, quality control, or technical evaluation, using a recognized ASTM standard can lower the risk of inconsistent methods and improve communication between buyers, suppliers, and testing labs.
- Determines aluminum in iron ores
- Uses flame atomic absorption spectrometry
- Supports standardized laboratory testing
- Useful for quality control and reporting
- Publication Date: 2021-12-17
- Publisher: ASTM
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