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ASTM D6595

Standard Test Method for Determination of Wear Metals and Contaminants in Used Lubricating Oils or Used Hydraulic Fluids by Rotating Disc Electrode Atomic Emission Spectrometry

Standard by ASTM, 2022-10-11

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About This Item

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ASTM D6595 is the standard test method for determining wear metals and contaminants in used lubricating oils or used hydraulic fluids by rotating disc electrode atomic emission spectrometry. It is used to help identify metallic wear debris and contamination trends in in-service fluids, supporting condition monitoring and maintenance decisions. By providing a recognized test approach, ASTM D6595 helps users compare results consistently and evaluate fluid and equipment condition with greater confidence.

ASTM D6595 standard overview

The ASTM D6595 standard defines a test method based on rotating disc electrode atomic emission spectrometry for analyzing used lubricating oils and used hydraulic fluids. Its technical purpose is to measure wear metals and contaminants in these used fluids, which can indicate equipment wear, ingress of foreign material, or other service-related changes. As a formal ASTM standard, it supports repeatable laboratory testing and helps create a common basis for reporting results across quality control and maintenance programs.

Where is ASTM D6595 used?

ASTM D6595 is commonly used in lubricant and hydraulic fluid condition monitoring workflows where used oils or used hydraulic fluids are submitted for analysis. It is relevant in laboratory testing environments that evaluate fluid samples from operating machinery, hydraulic systems, and similar equipment using emission spectrometry. The standard is especially useful when users need a consistent method for tracking wear metals and contaminants over time as part of routine maintenance or diagnostic programs.

Practical importance of ASTM D6595

The practical value of ASTM D6595 lies in its ability to support reliable trending of metal wear and contamination in used fluids. That makes it useful for maintenance planning, product evaluation, and quality control decisions based on laboratory test results. A recognized ASTM test method can also improve consistency between suppliers, labs, and end users, reducing uncertainty when comparing data. For many organizations, it is a helpful tool for managing risk and supporting evidence-based service decisions.

  • Wear metals in used lubricating oils
  • Contaminants in used hydraulic fluids
  • Rotating disc electrode atomic emission spectrometry
  • Condition monitoring and trend analysis
  • Laboratory testing and reporting consistency
SKU: b185e55d9ba9

  • Publication Date: 2022-10-11
  • Publisher: ASTM

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