GLL new energy vehicle control box is the core component of the vehicle electronic control system, and its housing needs to withstand complex electromagnetic environments and mechanical stress.The manufacturing process and material selection of the housing are of utmost importance. Consequently, High Pressure Die Casting, or die casting for brevity, has proven to be an exceptional choice for crafting casings for new energy vehicle control boxes, owing to its remarkable efficiency, precision, and high performance capabilities. Our GLL employs high-pressure casting technology that, under high pressure, rapidly fills the die-casting mold cavity with liquid or semi-liquid metal and solidifies it under pressure. This method enhances production efficiency and, importantly, guarantees the dimensional accuracy and surface quality of the housing. Furthermore, high-pressure casting enables the achievement of near-net shape for the shell, thereby minimizing both subsequent processing steps and material waste. Our GLL utilizes high-quality aluminum alloy materials in the manufacturing of new energy vehicle control box casings. Aluminum alloy, known for its high specific strength, corrosion resistance, and exceptional electrical conductivity, is a lightweight yet robust material widely adopted in the new energy automobile industry.By employing high-pressure casting technology, GLL shapes these aluminum alloy materials into casings featuring intricate designs and exact dimensions, thereby satisfying the rigorous performance and reliability standards set for new energy vehicle control boxes. Technical advantages of GLL high pressure casting shell： Our GLL has significant technical advantages in high-pressure casting shell manufacturing. Our GLL boasts advanced die-casting equipment and mold manufacturing technology, guaranteeing the high precision and quality of the shell. Secondly, with extensive experience in material selection and heat treatment, Our GLL selects suitable aluminum alloy materials tailored to different application needs and enhances the shell's mechanical properties and corrosion resistance through heat treatment processes. Moreover, Our GLL utilizes sophisticated CAE analysis technology to simulate the die-casting process, optimizing casting process parameters, thereby reducing the number of product trials, cutting down casting costs, and elevating product quality.
