ASTM D6537 covers methods for obtaining measured shock responses through instrumentation on an actual or simulated product package system subjected to defined shock inputs. The practice focuses specifically on acceleration measuring techniques rather than prescribing a fixed shock magnitude, specimen size, or pass/fail criterion, since the product and package under evaluation vary by application. The primary purpose of ASTM D6537 is to give engineers a documented, repeatable way to quantify how a package system responds to shock, supporting package design and qualification decisions.
The scope of ASTM D6537 includes:
- Material type: Actual or simulated product package systems selected for shock evaluation.
- Purpose: Obtaining measured, instrumented shock response data to quantify or qualify package performance.
- Properties evaluated: Shock response, expressed as acceleration at the product-package interface or at an individual element.
- Testing method: Instrumentation and acceleration-measuring techniques applied to a package system subjected to defined shock inputs.
- Results: Measured shock response data, used to support further package qualification rather than a standalone pass/fail outcome.
- Test limitations: ASTM D6537 does not replace performance testing of shipping containers and systems under Practice D4169.
- Use conditions: Engineers can capture either coupled product-package response or individual element response depending on the evaluation objective.
- Applications: Package design evaluation, product protection qualification, and data collection to support shock and impact test programs.
What are the Uses of ASTM D6537?
ASTM D6537 gives engineers a documented way to capture how a product package system responds when it experiences a defined shock input. Packaging engineers use the resulting data to evaluate and refine package design before committing to full-scale shipping tests. This practice-
- Supports instrumented data collection for shock and impact test programs.
- Assists engineers in quantifying how a package system responds to a defined shock input.
- Supports the qualification of a package system by capturing measured shock response data.
- Distinguishes coupled product-package response from individual element response, depending on the evaluation’s intent.
- Feeds data that complements broader shipping container performance evaluations.
Which Materials Can Be Tested Under ASTM D6537?
ASTM D6537 applies to actual or simulated product package systems, including the packaging itself and any product that may be relevant to the evaluation. The choice of the particular package configuration depends on the objective of the evaluation. Thus, engineers can apply the procedures of ASTM D6537 to a wide range of packages rather than a particular size or type.
Why is ASTM D6537 Important?
Shock during handling and transit can damage a product even when the outer packaging survives intact, so measuring the actual shock response at the product-package interface or at a specific system element gives engineers insight that a simple pass/fail drop test cannot provide on its own. ASTM D6537 gives engineers this instrumented, quantified view of package performance, supporting more informed design decisions before a package system moves on to broader shipping container qualification.
