Horizontal Extrusion Needle Puncture Test Machine: A cutting-edge tool for protecting battery safety
Publish Time: 2024-08-06
In the rapidly developing new energy field, batteries are core energy storage components, and their safety and reliability are directly related to the stable operation of the entire system and the safety of users. With the continuous expansion of the market for electric vehicles, energy storage power stations, portable electronic devices, etc., the requirements for battery performance are becoming increasingly stringent, especially in the face of safety challenges under extreme working conditions. To this end, the Horizontal Extrusion Needle Puncture Test Machine came into being and became an indispensable tool for evaluating battery safety performance.
Accurate simulation, comprehensive testing
The Horizontal Extrusion Needle Puncture Test Machine conducts a full range of multi-level tests on the safety of batteries by highly simulating the puncture or extrusion scenarios that batteries may encounter in actual applications. The machine can flexibly set control variables such as pressure, displacement, voltage drop and temperature. Whether it is a single test or a combined test, it can accurately control the test conditions to ensure the accuracy and reliability of the test results. Once any condition reaches the preset safety threshold, the test will stop automatically, effectively preventing the potential risks of excessive battery testing.
Data recording, real-time feedback
The test machine is also equipped with an advanced data acquisition and processing system, which can record and display key data such as pressure, displacement, speed, type variable, temperature and voltage in real time, and generate intuitive data curves. This function not only allows researchers to quickly grasp the changes in various parameters during the test process, but also provides a detailed and reliable basis for subsequent data analysis. By comparing and analyzing the test data under different conditions, we can have a deeper understanding of the safety performance of the battery under different working conditions, providing strong support for battery design and optimization.
Multi-step function, flexible response
In order to meet the diversity of different battery types and test requirements, the Horizontal Extrusion Needle Puncture Test Machine also has a multi-step extrusion or multi-step puncture function. This innovative design makes the test process more flexible and can more realistically simulate the complex working conditions that the battery may encounter in actual use. By presetting a multi-step test plan, the test intensity can be gradually increased, and the changes in the safety performance of the battery under different pressures or puncture depths can be gradually revealed, providing a more comprehensive and in-depth perspective for the safety assessment of the battery.
Safety protection, worry-free testing
Safety is always the first principle of battery testing. The design of the Horizontal Extrusion Needle Puncture Test Machine fully considers the needs of safety protection. The test box is made of flame-retardant materials such as high temperature resistance and corrosion resistance, which effectively isolates dangerous factors such as heat, flames and harmful gases that may be generated during the test. At the same time, the reinforced design further improves the structural strength and stability of the equipment, ensuring the normal operation of the equipment and the safety of operators even under extreme test conditions. In addition, the test machine is also equipped with multiple safety protection devices, such as emergency stop button and overload protection, to ensure that the power supply can be quickly cut off and the test can be stopped in an emergency, minimizing potential risks.
As an important tool for battery safety performance testing, the Horizontal Extrusion Needle Puncture Test Machine plays an irreplaceable role in the new energy field with its advantages of precise simulation, comprehensive testing, real-time feedback, flexible response and safety protection. With the continuous advancement of technology and the continuous expansion of the market, it is believed that more innovative battery testing equipment will emerge in the future to jointly promote the continuous improvement of battery safety performance and the healthy development of the new energy industry.
