ASTM G86
Standard Test Method for Determining Ignition Sensitivity of Materials to Mechanical Impact in Ambient Liquid Oxygen and Pressurized Liquid and Gaseous Oxygen Environments
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Language: English
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About This Item
ASTM G86 is the ASTM standard for determining ignition sensitivity of materials to mechanical impact in ambient liquid oxygen and pressurized liquid and gaseous oxygen environments. It helps define a controlled way to assess how a material may react when subjected to impact under oxygen-rich conditions, where ignition hazards can be especially critical. For product selection, material qualification, and safety-focused testing, this standard provides a clear technical reference for evaluating performance in demanding oxygen service applications.
ASTM G86 standard overview
The ASTM G86 standard focuses on mechanical impact as a trigger for ignition sensitivity in materials exposed to liquid oxygen and pressurized oxygen environments. Its title indicates a test method intended to evaluate behavior under ambient liquid oxygen as well as pressurized liquid and gaseous oxygen conditions. That makes it a practical reference for organizations that need a consistent way to examine material response before use in oxygen-handling systems or related test programs. ASTM G86 supports structured comparison and safer engineering decisions.
Where is ASTM G86 used?
ASTM G86 is commonly used in material testing and qualification work involving oxygen-compatible components, especially where mechanical impact could create an ignition risk. It is relevant to laboratories, engineering teams, and procurement or quality groups reviewing materials for use in liquid oxygen or pressurized oxygen service. The standard is also useful during product evaluation, supplier approval, and safety verification when a material must be assessed for suitability in oxygen-enriched environments.
Practical importance of ASTM G86
In practice, ASTM G86 supports safer material selection and more consistent test results when oxygen compatibility matters. It gives buyers and technical teams a recognized standard reference for compliance checks, comparative testing, and risk reduction. By focusing on ignition sensitivity under mechanical impact, the method helps organizations evaluate whether a material may be appropriate for oxygen service and whether additional controls or restrictions are needed. ASTM G86 can therefore support both engineering review and quality control decisions.
- Mechanical impact ignition sensitivity
- Ambient liquid oxygen conditions
- Pressurized liquid oxygen exposure
- Pressurized gaseous oxygen exposure
- Material qualification for oxygen service
- Publication Date: 2025-07-15
- Publisher: ASTM
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