Corrugated Carton Compression Strength Tester

Corrugated Carton Compression Strength Tester 1


Corrugated Carton Testing equipment is used for measuring the pressure strength of boxes,cartons, packaging containers, etc. for inspecting the pressure-resistance and strike-endurance of packing materials during transportation or carry. Also it can do hold pressure stacking test ,It's equipped with 4 precise Load Cells for detection. The testing results are displayed by computer.The main technical parameters Corrugated Box Compression Tester


  • Boxes
  • Cartons
  • Packaging containers
  • Corrugated
  • Box


Capacity (optional): 2T
Unit (switchable): Kg, Lb, N
Load Resolution: 1/10,000
Load Accuracy: ≤0.5%
Test Space (L×W×H):  1000×1000×1000 mm
Speed of Compression: 10 ± 3 mm/min
Report Items: Serial number, Peak value, Average value, Designated holding pressure value; all  memorable
Structure: AC frequency conversion motor ( Taiwan); Ordinary screw rod
Dimension (L×W×H): 1495×1300×1520 mm
Weight : Approx. 690 kg
 Power:  220V/ 50Hz
Safety Devices:  Overload protection, overvoltage protection & limited position protection device


1. Strength test which belongs to a destructive test is mainly used to measure the deformation when the sample is loaded with maximum pressure or crushing strength.
2. Constant Value Test There are two parameters which are to be set in the constant value test: load force value and deformation value. The user can set one or both of them according to the practical requirement; the measure is complete when any parameter reaches the set value.
3. Stacking Test Stacking Test is used to check up that whether the sample can endure a constant pressure in a given time period. Set up two parameters: compressive strength and testing time (hour).when the test starts, the system will check the current pressure at any moment to ensure the set value; the measure is complete when the test time is expired or the deformation value exceeds the set one within testing time.
4. The overall system is in good parallelism, stationarity and high return speed.

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