JIS Z 0202

The JIS Z 0202 standard specifies the method for conducting compression tests on transport packages. These tests are designed to evaluate the strength of packaging under compressive forces, simulating real-world conditions that packages may encounter during transportation and storage. The standard ensures that the packaging can endure the pressure exerted by stacking during transit or warehouse storage, reducing the risk of damage to the products inside.

In accordance with JIS Z 0202, the compression test involves placing a transport package between two parallel plates and applying a uniform compressive force. The test aims to determine the maximum load that the package can bear before it undergoes significant deformation or fails structurally. This helps manufacturers evaluate the strength and stability of their packaging solutions, ensuring that they can protect the contents from damage due to excessive pressure or crushing during shipment.

The test can be conducted in two ways: either by applying a continuous load until the package fails or by applying a static load for a specified period. The evaluation of the packaging’s performance depends on its ability to resist deformation, maintain integrity, and continue to protect the goods during various stages of the supply chain. By following JIS Z 0202, manufacturers can enhance the durability and reliability of their packaging, ensuring that it meets quality and safety standards.

This standard is widely used across various industries where the protection of goods during transport is critical, including logistics, food, electronics, and pharmaceuticals. With the JIS Z 0202 standard in place, companies can ensure their packaging is robust enough to withstand the compressive forces encountered during transit, thereby minimizing the risk of product damage. At Pacorr, we offer high-precision compression testing equipment to help businesses comply with the JIS Z 0202 standard, ensuring that their packaging meets international quality and safety requirements.