New vertical pressure tester for beverage bottles

In the production process of beverage bottles, enterprises need to conduct vertical compressive strength tests on different batches of beverage bottles to ensure that they can withstand certain pressure without cracking or deformation. By using the ALP-80N modelNew vertical pressure tester for beverage bottlesEnterprises can quickly complete testing work and obtain accurate testing results. This not only improves production efficiency, but also ensures product quality and safety.
New vertical pressure tester for beverage bottlesALP-80N, as a testing equipment in modern packaging industry, plays a crucial role in ensuring container safety performance and improving product quality. This article will explore in depth how the testing instrument meets the requirements of QB/T2665-2004 standard, as well as its application in professional testing of vertical compressive strength, top pressure deformation, bottle body pressure resistance, pressure strength and other performance tests of plastic bottles, beverage bottles, cans, medicinal bottles, composite cans and other containers.
QB/T2665-2004 "Polyethylene terephthalate bottles (PET bottles) for hot filling" standard is a specification developed for plastic bottles for hot filling, which are mainly made of polyethylene terephthalate resin for bottles and are formed by injection molding, stretching, and blow molding. This standard specifies in detail the definition, product classification, requirements, test methods, inspection rules and labeling, packaging, transportation, storage, and other aspects of PET bottles, providing clear guidance and basis for the production and use of PET bottles. Among them, performance tests such as vertical compressive strength, top pressure deformation, bottle pressure resistance, and pressure measurement strength are key indicators for evaluating the quality of PET bottles.
The design principle is mainly to test the compressive performance of the bottle by simulating various vertical pressure situations that the bottle may experience in actual use. During the testing process, the tested bottle will be placed on the testing platform and pressure will be applied to the bottle by lifting the testing platform. When the pressure on the bottle exceeds its capacity, the bottle will break or deform, thus evaluating its compressive performance. This testing principle is not only applicable to PET bottles, but also to other types of plastic bottles, beverage bottles, cans, medicinal bottles, composite cans, and other containers.
In order to meet the requirements of QB/T2665-2004 standard, the tester is designed with a series of high-precision and high stability features. Firstly, the tester adopts advanced pressure sensors and displacement sensors to monitor and record real-time changes in force and displacement during the testing process, ensuring the accuracy and reliability of the test results. Secondly, the tester has a constant pressure application speed, such as 100mm/min or 50mm/min, which helps simulate the uniform pressure that bottles may experience in actual use, making the test results more realistic. In addition, the tester also has the function of automatically recording, calculating, and analyzing test results, greatly improving testing efficiency and accuracy.