ASTM E2067

ASTM E2067 is the ASTM standard that covers Full-Scale Oxygen Consumption Calorimetry Fire Tests, providing a structured approach for measuring fire performance under controlled test conditions. It is intended to support consistent evaluation of how a specimen behaves during a full-scale fire test and how heat release is assessed through oxygen consumption calorimetry. For manufacturers, laboratories, and specifiers, the standard helps create more comparable test results and supports technical decisions based on a recognized ASTM procedure.

Purpose of ASTM E2067

The purpose of ASTM E2067 is to define a practice for conducting full-scale fire tests that use oxygen consumption calorimetry to evaluate combustion-related behavior. By setting out a common testing framework, the standard helps improve consistency in how results are generated and interpreted. This is useful when comparing products or assemblies under similar conditions, especially where heat release is an important performance measure. As a technical document, it supports repeatable fire testing and more reliable communication of results.

Common use cases of ASTM E2067

ASTM E2067 is commonly used in fire testing laboratories and product evaluation workflows where full-scale specimens must be assessed under controlled burn conditions. It may be applied to building products, assemblies, or other materials for which heat release measurement is relevant. The standard is also useful in research, development, and qualification programs where consistent fire test data is needed to support design decisions, compare candidate materials, or document performance using a recognized ASTM procedure.

Why ASTM E2067 matters

This standard matters because full-scale fire testing can help reduce uncertainty in product evaluation and support more dependable comparisons between test specimens. ASTM E2067 gives organizations a common basis for compliance work, quality control, and procurement decisions where fire performance data is part of the review process. Using a recognized practice can improve consistency across laboratories and projects, making test results easier to communicate, verify, and use in technical or regulatory contexts.

• Full-scale oxygen consumption calorimetry
• Controlled fire test practice
• Heat release evaluation
• Repeatable laboratory testing
• Product performance comparison