As global automakers race to electrify their fleets, the safety of the battery pack has become one of the most heavily scrutinized aspects of vehicle design. A single sub-standard stamped component — a vent, a burst disc, or a cell enclosure — can compromise the integrity of an entire pack. That is precisely why leading
Every wiring harness in a modern vehicle depends on connector terminals that mate perfectly, every single time. Inconsistent insertion force, poor plating adhesion, or dimensional drift across a production run can lead to intermittent electrical faults — a risk no automotive engineering team is willing to accept. HEJU Stamping-a automotive connector terminal manufacturer China, who
Metal stamping springback is a difficult problem for the automotive stamping parts.There is not a perfect method to deal with springback of stamping parts.After researching the stamping springback problem,we get following factors: Material Performance There are different strengths of automobile stamping parts. from ordinary plate to high strength plate, different plates have different yield strength.
Repeatedly plugging and unplugging the charging connector subjects the electric vehicle charging terminals to mechanical friction, arc erosion, and oxidation/corrosion, which easily leads to performance deterioration and unstable charging. To address these rigorous operating conditions, the national standard GB/T 20234.1-2023 explicitly mandates a mating durability of 10,000 cycles for charging connectors, establishing a fundamental quality
As new energy vehicle adoption rises, automotive electronic architecture is shifting from distributed designs to domain-centralized, central computing. Component density on BMS and ECU PCBs is increasing rapidly. In limited circuit board space, welding or screw fastening takes up space and creates reliability issues under tough conditions. Achieving dense, reliable electrical connections in minimal space
Terminals are the most basic connection units in the vehicle’s electrical system. They are also key nodes in the wiring harness. The contact resistance, insertion and extraction force, corrosion resistance, and dimensional accuracy of a single terminal directly determine the stability of the vehicle’s signal and power transmission. These factors are also key to the
In the safety system of new energy lithium batteries, thermal runaway prevention is crucial. While cell materials and battery pack protection are well-known, the “safety trio”—OSD, Fuse, and rupture discs—on the square aluminum battery cover creates an immediate, vital barrier for the cell. Each device has a distinct role, and together they intercept risks like
New energy power and energy storage batteries contain a small but essential component: the sealing aluminum pins. Hidden in the electrolyte injection hole of the battery cover, this sealing pins is the main barrier for battery sealing, safety, and performance stability. It directly affects the battery’s lifespan and operational safety. What are Sealing Aluminum Pins?
Battery manufacturers face a key challenge with aluminum nails: prototypes meet standards, but in mass production, pressure resistance is unstable, welding leaks occur, production can’t keep up, rework costs rise, deliveries are late, and orders are lost. Despite their small size, battery sealing parts are key for battery safety, preventing leakage after laser-welding seals and
