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Bursting Strength Tester
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Burst Genie 4.0 Digital
The force required for bursting or complete rupture of the board is measured through a Digital Indicator. The bursting strength defines the material's quality as compared to the others. Bursting Strength Tester Genie 4.0 provides a hydraulic pressure on the sample. In the Presto Bursting Strength Tester, a hydraulic pressure is applied on the sample under test, using a neoprene diaphragm, on a circular area. So, a circular piece of the sample of the corrugated board is used for the test. Widely used in the paper and packaging industries, this Digital Bursting Strength Tester conforms to major global testing standards including ASTM D3786-01, ASTM D3786-80a, IS 1060 Part-1 1987, ASTM D774, ISO 2758, and ISO 2759. Compliance with these standards makes it a reliable choice for manufacturers who need precise quality control and international acceptance of their test results. Its dual test modes for paper and board, along with automatic calculation of bursting factor and pass/fail criteria, make it one of the most advanced solutions for packaging material testing.

Bursting Strength Tester Digital Cum Computerised Model

Bursting Strength Tester – Digital Pneumatic Burst Genie 4.0

Bursting Strength Tester –Pneumatic Burst Genie 4.0 Computerized

Bursting Strength tester
The use of corrugated sheets, aluminum foils, and other related materials is extremely prevalent in the manufacturing process as well as in the daily usage of households. These materials are also consumed in the production process of a lot of final goods because of their resilience & quality.
To enhance their standards & durability, it is vital to assess their rupturing or bursting strength which they might have to withstand once exposed to the environment.
The evaluation must be precise, and pinpoint accuracy is ensured by one & only bursting strength tester designed by the Presto Group.
The instrument delivers highly accurate test results due to its hydrostatic working mechanism, allowing the operator to enhance the rupturing strength of such materials.