Inclined Impact Integrity Test

Written by Rahul Verma | Updated: September 18, 2025

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This test for regulatory compliance offers a lab simulation of effects like those seen in the handling and distribution cycle. Impact testing also makes it possible to see how a package and its contents deteriorate over time. This testing type’s techniques could result in very strong mechanical reactions. As a result, packaging has an impact beyond product replacement, freight claims, and customer satisfaction.

Methods for Inclined Impact Package Testing

The samples and conditioning come first in the inclined impact test protocols. To accurately reflect a portion of the manufactured units, a certain number of samples are chosen. Under ASTM D4332: conditioning of containers, packages, or packing components, testing of conditioning is advised.

These tests are conducted using one of two methods. Process A involves determining whether a container can survive impacts; Process B involves determining whether a container, shipping unit or interior packing can safeguard its contents.

Process A

The container is first positioned on the carriage, with the face or edge that will be hit extending beyond the end that will be hit. The continuation of the test until failure is determined by its objective. Failure is characterized as the occurrence of a specific kind of damage. This comprises content exposure, spillage, or both.

Process B

The way that this test procedure is run is similar to Process A. Yet, it continues until a particular number of impacts have been made at a certain impact velocity. After that, the container is opened and its contents are examined.

Last but not least, a report including the following testing data is written after the test is finished:

  • The test specimen’s description
  • A summary of the information
  • Definition of the test’s objective
  • A strategy for conditioning
  • Test procedure
  • Precise test outcomes

Video 01: Inclined Impact Integrity Test


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