- Tensile Strength Tester
- Environmental Testing Machine
- Paper, Paperboard, and Packaging Tester
- Furniture Testing Equipment
- Optiacl Testing Machine
- Compression Tester
- Drop Testing Machine Series
- Bursting Strenth Tester
- Plastic Testing Machine
- Thermostatic Testing Machine
- Rainwater Test Chamber
- Aging Test Chamber
- Vehicle Testing Machine
Cardboard Compressive Rupture Strength Tester
Introduction
A large number of goods need carton packaging for transportation, through the cardboard compressive fracture strength testing machine to strictly test the cardboard, can ensure that the carton will not be damaged due to insufficient compressive capacity during transportation, to ensure the safety of the goods; For example, when developing a new cardboard formula, cardboard manufacturers can use the testing machine to verify whether the compressive fracture strength of the new formula cardboard meets expectations, so as to optimize and adjust.
Its main features include:
High precision measurement: can accurately determine the relevant data to ensure the accuracy of the test results.
Strong repeatability: the test can be stably repeated to ensure the reliability of the data.
Simulation of actual conditions: It can better simulate the pressure condition that the cardboard may face in the actual use process.
This testing machine has an important role in several areas:
Packaging industry: To help companies evaluate the performance of cardboard used to make packaging materials such as cartons and ensure the robustness of packaging.
Quality inspection: used for quality control in the production process of cardboard, screen out unqualified products.
R&d innovation: To provide data support for improving the production process of paperboard and developing new paperboard types.
The paper board compressive fracture strength tester is a kind of important testing equipment specially designed for the characteristics of paper board.
Its core function is to accurately measure the compressive capacity and breaking strength of cardboard under pressure. Through a series of complex and rigorous testing processes, it is possible to obtain specific performance data of the cardboard under different pressure conditions, which is crucial to evaluate the quality and performance of the cardboard. In actual operation, it will continue to apply gradually increasing pressure to the cardboard sample in accordance with the set procedures and standards, and carefully record the parameter changes in the entire process of the cardboard from the beginning of deformation to the final fracture.
First of all, it has extremely high measurement accuracy. It can capture every subtle change of cardboard under pressure in detail, ensure that the obtained data is accurate and reliable, and provide a solid data basis for the performance evaluation of cardboard. Secondly, it is repeatable. No matter how many times the same test is carried out, similar results can be obtained steadily, which makes the comparison and analysis between different batches and different types of cardboard more scientific and reasonable. Moreover, it can effectively simulate the pressure situation faced by the cardboard in the actual application scenario, such as the stacking pressure that may be endured in the storage and transportation process, so as to better evaluate the applicability of the cardboard in the actual environment.
Through the test and comparison of different paperboards, the type of paperboard that is most suitable for the packaging needs of specific products can be selected to avoid product damage due to the lack of pressure resistance of cardboard during transportation. In the process of paperboard production, the testing machine is an important tool for quality inspection.