Haida International specializes in manufacturing and providing packaging testing equipment, which is widely used for quality testing of packaging cartons. For packaging carton testing, compression, drop, and transportation simulation tests are primarily used to evaluate the strength and durability of cartons, ensuring that they can protect the contents during actual transportation. Below are the main testing devices and their uses:
1. Carton Box Compression Tester
The Carton Compression Tester is used to test the vertical compressive strength of a carton. This test simulates the pressure the carton endures during stacking, ensuring that the carton will not collapse or be crushed due to excessive stacking height or weight.
Working Principle: The carton is placed between compression plates, and the machine applies gradually increasing pressure until the carton deforms or breaks.
Key Parameters: Maximum compression force, compression speed, maximum test space, etc.
2. Drop Tester
The Drop Tester is used to assess the carton’s resistance to impact when subjected to accidental drops during handling and transportation. This test simulates how well the carton can protect its contents when dropped from different heights.
Working Principle: The equipment drops the carton from a predetermined height, and it may simulate various angles and contact surfaces during the drop to evaluate the overall strength.
Key Parameters: Drop height, angles of impact (e.g., edge, corner, or surface).
3. Transportation Simulation Vibration Tester
The Transportation Simulation Vibration Tester is used to simulate the vibrations a carton experiences during transportation (by truck, ship, or airplane). This test examines the dynamic performance of the carton during transportation, ensuring that it is sturdy enough to withstand continuous vibrations.
Working Principle: The equipment simulates the bumps experienced during transport by setting specific vibration frequencies and amplitudes to evaluate the condition of the carton and its contents.
Key Parameters: Vibration frequency, vibration direction, amplitude, etc.
4. Constant Temperature and Humidity Test Chamber
The durability of cartons can also be affected by environmental conditions, especially humidity and temperature. The Constant Temperature and Humidity Test Chamber is used to simulate how a carton performs under varying temperature and humidity conditions, testing the strength and stability of the carton in extreme environments.
Working Principle: The machine allows the user to set specific temperature and humidity conditions. The carton is placed inside for a period of time, after which its performance changes are evaluated.
Key Parameters: Temperature range, humidity range, stabilization time, etc.
5. Incline Impact Tester
The Incline Impact Tester is used to evaluate a carton’s impact resistance on an inclined surface, particularly simulating the inertial impact a carton experiences when moved by a transport vehicle, ensuring that it remains intact when subjected to force.
Working Principle: The carton slides down a preset inclined surface and collides with a fixed target, assessing its condition after impact.
Key Parameters: Incline angle, sliding speed, impact force, etc.
With a range of Haida testing equipment, the compression, drop, and vibration resistance of cartons can be comprehensively evaluated, ensuring that they protect the contents during transportation and storage. These testing devices not only help companies improve packaging quality but also effectively reduce the risk of product damage during transportation, thereby increasing customer satisfaction.
