Corrugated box testing performance and related testing equipment

Corrugated box is a common paper container used for packaging and transporting items. It is composed of three layers of inner cardboard, corrugated paper and outer cardboard. It has the advantages of lightness, easy processing and recyclability, and is widely used in various fields.

Detection performance

The performance testing of corrugated boxes mainly includes the following aspects:

1. Cardboard Thickness and Weight: Test the thickness and weight of cardboard to determine the strength and stability of corrugated boxes.

2. Form and pressure strength: Detect the form and pressure strength of corrugated paper to evaluate its ability to bear pressure and resist bending.

3. Structural design: evaluate whether the structural design of corrugated boxes is reasonable, including Cabinet-type, thickness, size, internal filling, etc.

4. Bearing capacity: Test the bearing capacity of corrugated boxes to evaluate whether they can withstand the pressure and impact during transportation.

5. Moisture resistance: test the moisture resistance of corrugated boxes to ensure the safety of the package in a humid environment.

6. Recyclability: Assessing the recyclability of corrugated boxes to promote their reuse and reduce environmental pollution.

7. Printing quality: Inspect the printing quality of corrugated boxes to ensure that graphics and text are clear and colorful.

Testing instruments and methods

1. Thickness and weight detection: Measure the thickness and weight of corrugated cardboard with instruments such as cardboard Thickness Gauges and electronic scales, take samples from multiple locations and calculate the average value to evaluate its quality and strength.

2. Form and pressure strength testing: use corrugated paper form Tester, corrugated paper pressure Tester and other instruments to test the form and pressure strength of corrugated paper, and perform multiple tests and calculate the average value to evaluate its bearing capacity and stability.

3. Structural design evaluation: Use simulated transportation vibration Tester, compression Tester and other instruments to conduct simulated transportation vibration test and compression test on corrugated boxes to evaluate whether the structural design of corrugated boxes is reasonable, including Cabinet-type, thickness, size, internal filling, etc.

4. Carrying capacity test: use the box carrying capacity Tester, stacking Tester and other instruments to carry out the box carrying capacity test and stacking test on corrugated boxes to confirm that they can withstand the pressure and impact during transportation.

5. Moisture-proof performance test: Use humidity stability Tester, moisture-proof performance Tester and other instruments to conduct humidity stability test and moisture-proof performance test on corrugated boxes to ensure the safety of packaging in a humid environment.

6. Recyclability testing: Use recyclability testing instruments to conduct recyclability tests on corrugated boxes to evaluate their ability to reuse and reduce environmental pollution.

7. Printing quality inspection: Use printing quality testing equipment to test the printing quality of corrugated boxes to ensure that the patterns and characters are clear and the colors are bright.

The above are the testing methods for the common properties of corrugated boxes. Different testing methods require the use of different instruments and equipment, and the testing results must meet national or industry standards to ensure the quality and reliability of corrugated boxes.