ASTM D2155
Standard Test Method for Determination of Fire Resistance of Aircraft Hydraulic Fluids by Autoignition Temperature
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About This Item
ASTM D2155 is the standard test method for determining the fire resistance of aircraft hydraulic fluids by autoignition temperature. It provides a focused way to evaluate how a fluid behaves under elevated temperature conditions, which is important when selecting or qualifying products for aircraft hydraulic systems. By using a recognized ASTM method, manufacturers, laboratories, and purchasers can support more consistent testing and more informed technical decisions.
Overview of ASTM D2155
This ASTM standard addresses a specific fire-resistance evaluation for aircraft hydraulic fluids, centered on autoignition temperature. In practical terms, it is used to measure a fluid’s tendency to ignite when exposed to heat under controlled test conditions. The method is relevant wherever performance, safety, and product consistency matter in hydraulic fluid assessment. ASTM D2155 helps provide a common technical basis for comparison, quality control, and standards-based verification.
Common use cases of ASTM D2155
ASTM D2155 is commonly used in laboratory testing, product qualification, and procurement reviews for aircraft hydraulic fluids. It supports evaluations where fire resistance is an important property, especially for fluids intended for aviation hydraulic applications. The standard may also be used during supplier assessment or routine quality control to confirm that a fluid meets required technical expectations. For organizations that rely on consistent performance data, it offers a clear test framework.
Benefits of using ASTM D2155
Using ASTM D2155 helps create a repeatable basis for fire-resistance testing and product comparison. It can support compliance efforts, reduce ambiguity in specifications, and improve confidence in purchasing decisions for aircraft hydraulic fluids. The standard also helps laboratories and technical teams apply a consistent test method, which is useful for quality control and documentation. In safety-focused applications, that consistency can be valuable for managing risk and evaluating product performance.
- Autoignition temperature-based fire resistance test
- Aircraft hydraulic fluid evaluation
- Standardized laboratory method
- Quality control and product comparison
- Technical compliance support
- Publication Date: 2024-10-22
- Publisher: ASTM
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