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5/5The strength and quality of paper, corrugated cardboard, carton box, cardboard, leather, cloth or synthetic leathers must be tested at the time of manufacturing. To perform the bursting factor testing, divide the bursting strength by the weight of the sample. The result is expressed in grams/square meter. The testing is performed to calculate the maximum amount of pressure that a paper or cloth material can tolerate.
Presto offers the best, reliable, highly efficient equipment to perform the bursting factor testing in which bursting strength is divided by the actual weight of the sample. The bursting factor of a paper changes with a change in weight of the sample. The bursting factor and bursting strength have a slight difference. The bursting strength is measured efficiently with the help of testing equipment by providing the maximum hydrostatic pressure to a specimen of the corrugated box or other cloth material till it is ruptured. Through a digital Indicator provided within the testing instrument, the actual force required for bursting or complete rupture is displayed. Using the precise result, the packaging manufacturer can use the right material for manufacturing the high strength boxes.
Bursting factor affects the strength of packaging boxes, besides compressibility, tearing resistance, hardness, drop strength and other properties. To the actual quality of a material or corrugated boxes can be identified by determining the bursting strength and bursting factor.
To Know more about information visit- Bursting Strength Tester Digital Model
To Know more about information visit- Bursting Strength Tester Digital Model
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The Tensile testing Machine is highly recommended for evaluating the tensile strength of products and materials. The equipment is based on the Constant Rate of Traverse (CRT) principle. It is equipped with an upper jaw and a lower jaw. Universal Tensile Testing Machine is a reliable piece of equipment which is widely used for checking tensile strength of a product/sample. One of the most common mechanical testing techniques used to determine tensile strength, this is a method wherein controlled tension is applied to a sample until it fully fails.
Thus, the material properties of the sample can be easily determined by this test. It involves measuring the force required to elongate a sample under test to breaking point. Using this test, manufacturers and quality managers are able to determine the core strength of their products.
Registered Design Patent No. 252611
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