We provide high-precision aluminum alloy die-casting molds for new energy electric systems. By utilizing advanced mold flow analysis to optimize gating designs, we effectively resolve issues such as gas porosity and shrinkage in thick-walled sections, ensuring a dense internal microstructure and reliable mechanical properties. Our products are widely used in core new energy vehicle components - such as motor housings, controller casings, and battery pack structural parts - supporting industry upgrades toward lightweighting and green mobility.
Motorcycle Systems
We supply high-precision die-casting molds for complex motorcycle components, including engine casings, transmission housings, and braking system parts. Leveraging precision machining equipment and mold flow analysis, we overcome challenges associated with demolding complex geometries, ensuring molding accuracy and production stability, while guaranteeing high product yield and consistency during mass production.
Telecommunications Equipment
We provide high-precision die-casting molds for telecommunications equipment, including base station components, filter cavities, heat sink housings, and signal shielding covers. Addressing the challenges of complex internal cavities, uneven wall thicknesses, and stringent heat dissipation requirements, we utilize mold flow analysis software to precisely optimize gating systems; this ensures smooth molten metal flow and prevents defects such as air entrapment and cold shuts. Leveraging precision machining equipment and coordinate measuring machine (CMM) inspection, we guarantee dimensional accuracy and superior surface quality, meeting the rigorous standards for structural reliability and signal shielding performance in telecommunications equipment.
Power Tools
We specialize in manufacturing die-casting molds for power tool components such as housings, gearboxes, transmission parts, and structural handle elements. Power tools demand high strength, impact resistance, and lightweight characteristics; consequently, we employ aluminum and magnesium alloy die-casting processes to reduce weight while maintaining mechanical integrity. Through mold flow analysis and meticulous process design, we effectively eliminate issues like shrinkage porosity in thick-walled sections and surface pinholes, ensuring excellent surface finish and internal structural density to meet the durability requirements of power tools operating at high speeds and under frequent impact loads.
