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ASTM E2575

Standard Test Method for Determination of Oxygen in Copper and Copper Alloys by Inert Gas Fusion

Standard by ASTM, 2020-08-12

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About This Item

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ASTM E2575 is the ASTM standard for determining oxygen in copper and copper alloys by inert gas fusion. It provides a defined testing approach for measuring oxygen content in these materials, which can be important for material verification, quality control, and product consistency. By using a standardized method, laboratories and manufacturers can compare results more reliably and support technical decisions related to copper and copper alloy evaluation.

ASTM E2575 standard overview

The official title, Standard Test Method for Determination of Oxygen in Copper and Copper Alloys by Inert Gas Fusion, indicates a laboratory test method focused on oxygen analysis in metallic copper materials. ASTM E2575 is used as a technical reference for controlled measurement, helping establish consistent procedures and reported results. Inert gas fusion methods are commonly chosen for elemental determination because they support repeatable analysis under defined test conditions. This makes the standard useful where oxygen content is part of a material specification or acceptance review.

Where is ASTM E2575 used?

ASTM E2575 is typically used in laboratories that test copper and copper alloys for chemistry control, incoming inspection, or product qualification. It is relevant wherever oxygen content in these metals may affect material performance or compliance with internal requirements. The standard is also useful for organizations that need a recognized method for comparing test results across batches, suppliers, or analytical systems. In practice, it supports routine evaluation of copper-based materials using inert gas fusion instrumentation.

Practical importance of ASTM E2575

Using ASTM E2575 helps create a common basis for oxygen determination in copper and copper alloys, which supports more consistent testing and reporting. That consistency can be valuable for procurement, quality assurance, and dispute reduction when material chemistry must be verified. The standard also helps laboratories align methods and expectations, reducing variability in analysis and improving confidence in test results. For buyers and suppliers, ASTM E2575 adds clarity to technical requirements and compliance workflows.

  • Oxygen determination in copper and copper alloys
  • Inert gas fusion testing method
  • Laboratory chemistry verification
  • Quality control and acceptance testing
  • Consistent reporting for material evaluation
SKU: df123083f141

  • Publication Date: 2020-08-12
  • Publisher: ASTM

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