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New Energy Battery

Jingcheng Engineering’s Battery Housing Inspection Solution

Air Tightness, Hydrostatic Pressure, and Flow Rate Testing for New Energy Battery Cases: How Many Pieces of Equipment Are Needed for These Three Types of Tests?

This article presents a comprehensive solution for inspecting new energy battery casings and points out that airtightness testing alone is insufficient to meet the quality requirements for complex casings. For structures such as battery top and bottom covers, it is recommended to use Jingcheng Engineering’s dual-channel airtightness tester in conjunction with a dual-station fixture to improve mass production efficiency; at the same time, separate equipment for testing the water pressure resistance and flow rate of waterproof-breathable membranes must be configured. The article also emphasizes the importance of automated decision-making logic, data traceability management, and solution scalability, and outlines four core dimensions for evaluating testing solutions.

Battery Bursting Test Procedure

Precision Industrial Technology: Explore the product pressure resistance test, to the battery cell pull burst tester test battery aluminum shell for example

This article introduces the product pressure resistance test is to check whether the product can operate safely within the design pressure range of the key links, widely used in pressure vessels, piping systems, automotive parts and new energy batteries and other fields. Precision Engineering pull burst testing machine by simulating the actual working conditions of the battery shell, accurate assessment of its limit pressure capacity, with high precision, high efficiency, all-round safety protection and flexible customization and other advantages, for battery product design, production and quality inspection to provide important support.

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