Optimizing the impact resistance of aluminum alloy battery housing requires a collaborative design across the entire chain of materials, structure, process, and energy absorption.
In the depths of modern industry, from high-speed CNC machine tools to swiftly moving automated robots, from heavy metallurgical equipment to rail transit systems, encoders, acting as the "senses" for position and velocity feedback, are at the forefront o
Holes, inclusions and processing defects in aluminum alloys can easily become crack initiation points, significantly reducing fatigue life.
Aluminum alloy periscope accessories, with their exceptional lightweight properties, are a key factor in improving the device's overall portability, providing strong support for efficient operation in complex environments.
Plastic composite mold products achieve precise multi-material bonding in a single molding process through sophisticated mechanical structures, scientific material matching, advanced temperature control systems, and intelligent process control.
During vehicle operation, steel auto parts, such as engine peripheral components, exhaust systems, turbocharger brackets, clutch pressure plates, and brake system components, are exposed to high temperatures for extended periods of time.