Packaging Material Cushioning Strength Tester Dynamic Performance Testing Machine for Cushioning Packaging Material The cushioning characteristics of materials are the basis of packaging structure design. Only by knowing the cushioning
characteristics of materials can we have good cushioning packaging design. The cushioning material coefficient testing machine is a testing machine for testing the cushioning properties of materials. Applied to packaging cartons, sponges, foam and other products, the application range is very wide.System features
(1).Use the self-developed speed detector to accurately measure the instantaneous speed at the beginning of the impact;(2).Can
reliably collect the impact acceleration-time signal under any circumstances;(3).Various FIR digital filters are provided to filter the acceleration signal to ensure that the signal will not be distorted, which is especially important for studying the mechanical properties of cushioning materials and developing new cushioning materials.
(4).Display the maximum acceleration-static stress, buffer coefficient-maximum stress and dynamic stress-strain curves in a linear or logarithmic manner.
(5).Provide a variety of curve fitting schemes, especially manual fitting, which makes you more comfortable.(6).Automatically name files without human intervention.
(7).One graph multi-line tool enables you to place multiple curves on one graph with linear coordinates or logarithmic coordinates, which provides convenience for studying and comparing the mechanical properties and cushioning properties of various materials under different conditions.
(8).Even if the test is interrupted for some reason, the data will be automatically saved ,and the subsequent test does not need to start from scratch.
(9).Press the test report button, and the test data will automatically enter the Wordversion of the test report.
System application
(1) Use the large acceleration static stress curve or the large buffer coefficient stress curve obtained from the test to design the cushioning package.
(2) When developing new cushioning materials, use the impact acceleration-time curves , dynamic stress-strain curves, static stress curves with greater acceleration orstress curves with greater cushioning coefficients to study the mechanical properties of materials, cushioning properties and their properties. relation.
(3) The cushioning material manufacturer provides customers with the maximum acceleration curves and cushioning coefficient curves of various grades and densities of cushioning materials under various test conditions.
(4) Analysis and improvement of the cushioning performance of the original transport package, design and improvement of the cushioning package.