ISO 16495

The ISO 16495 standard specifies the procedure for conducting compression and stacking tests on transport packages using static loads. This test method is designed to simulate the compressive forces that packages may experience during storage and transport, especially when stacked in warehouses or containers. The goal of this standard is to assess the strength, durability, and ability of packaging to protect its contents under such conditions.

In compliance with ISO 16495, the test involves placing a filled transport package between two rigid, parallel plates. A static load is applied uniformly over the surface of the package, simulating the pressure exerted by other stacked packages. The duration and magnitude of the load applied are predetermined based on the intended transport or storage scenario. The package is then evaluated for deformation, collapse, or structural failure, which helps manufacturers determine whether their packaging solution is suitable for the real-world conditions it will encounter.

This standard is essential for manufacturers across industries such as food and beverage, pharmaceuticals, electronics, and consumer goods, where product protection during transportation is a priority. By following ISO 16495, manufacturers can ensure that their packaging meets international standards for compressive strength, minimizing the risk of product damage during transit.

At Pacorr, we provide state-of-the-art compression testing equipment that supports compliance with the ISO 16495 standard. Our solutions allow manufacturers to accurately evaluate the strength and performance of their packaging under static loads. By using our advanced testing systems, companies can optimize their packaging design, ensure safe transportation of goods, and reduce the risk of damage, all while meeting global quality standards.