Oblique impact testing machine

Main uses:

Evaluate the impact resistance of the material: By applying the impact load, the oblique impact impact testing machine can test the deformation, rupture, fracture and other conditions of the material under the impact load, so as to evaluate the impact resistance of the material. This is of great significance for understanding the mechanical properties of materials such as strength and toughness.

Comparing the performance differences of different materials: The use of oblique impact testing machine can compare the performance differences of different materials under the same impact conditions, so as to select the most suitable materials for specific applications.

Optimize material design and process: The test results of the oblique impact testing machine can help material manufacturers and designers to understand the strength, toughness, wear resistance and other properties of the material, so as to optimize the design and process of the material and improve the quality and performance of the product.

Product quality control:

Oblique impact impact testing machine can be used for impact testing of materials to determine whether the product meets the relevant standards and requirements to ensure the safety and reliability of the product. This is of great significance for ensuring product quality and reducing failure and damage during use.

Assessing the impact resistance of packaging: The ability of product packaging to resist impact damage in the actual environment is simulated, which provides a basis for the optimization of product packaging. It is often used in scientific research institutions, colleges and universities, packaging technology testing centers, packaging materials manufacturers and foreign trade, transportation and other departments.

Application in the field of engineering mechanics, mine safety and building structure: In the field of engineering mechanics, oblique impact testing machines can be used to study the fracture behavior of materials, stress corrosion and other phenomena. In the field of mine safety and building structures, oblique impact testing machines can be used to evaluate the impact resistance of relevant materials and structures to ensure the safety of mines and buildings.

Applicable standards:

The test standards are mainly based on the standard specifications of several national and international organizations, which are designed to ensure the accuracy and reliability of the test process and provide a uniform test basis for different fields of application. Here are some common applicable standards:

GB/T 4857.11:

China's national standard "Horizontal impact test method for packaging and transportation packages". This standard specifies the test method of transport packaging under horizontal shock conditions, which is suitable for assessing the ability of packaging to withstand horizontal shock during transport. Although the direct reference is to the horizontal impact, the oblique impact, impact testing machine can also be used to simulate a similar scenario, but the impact direction and Angle are different.

IS0 2244:

The International Organization for Standardization （SO） issued the standard "packaging a complete full transport packaging Part V, horizontal impact test, inclined plane impact test, swing test". The standard specifies in detail the testing methods and requirements of the transport packaging in the horizontal impact, inclined impact and swing test, and is one of the packaging testing standards widely adopted in the world.

ISTA 6:

Standards published by the International Transport Safety Association （ISTA）， which contain the relevant requirements for slope impact testing. The STA standard is mainly used to evaluate the resistance and impact performance of packaging during transportation to ensure that products can safely reach the hands of end users.

In addition, different brands and models of oblique impact, impact testing machines may also have other specific technical specifications and performance parameters. When selecting and using, the user should refer to the relevant instructions and technical documents to ensure correct operation and test according to the relevant standards.