- /
- Standard / EN-22872
EN 22872
EN 22872
EN 22872 is a standardized test method used to determine the compression resistance of completely filled transport packages. They measure the ability of a packaged product to withstand the force of compression that could be applied during storage, warehousing, stacking, and transportation. Transport packages in today's supply chains are frequently used to store a lot of packages, which is why compression strength is also important for packaging performance. EN 22872 is used to determine the structural stability of cartons, boxes, and shipping containers when subjected to controlled loading. Presto Stantest offers advanced packaging testing solutions that assist industries in measuring package compression strength and verifying packaging durability according to recognized international requirements.
Significance
When it comes to avoiding package deformation, product damage, and the loss of products during transit, compression resistance testing plays a key role. An inadequate level of compression force can cause the package to collapse under the stacking load and lead to damaged products and additional costs. EN 22872 helps manufacturers identify the load-bearing capacity of transport packages and evaluate their suitability for distribution environments. The test data supports packaging design improvements, quality control programs, and material selection processes. Consistent compression testing also helps industries reduce packaging failures and maintain product protection throughout the logistics chain. Scope EN 22872 specifies a method for determining the resistance of completely filled transport packages to compressive loads. The test measures the package's ability to withstand applied force until a specified load level or structural failure is reached. The standard is applicable to corrugated boxes, shipping cartons, and other transport packaging systems used in various industries. It provides a uniform procedure for comparing packaging performance and assessing package strength under laboratory-controlled conditions.