Amid the global waves of electrification and lightweighting, die-cast components are evolving from mere "structural supports" to "core load-bearing elements." The ability to consistently produce high-performance castings free from defects, suitable for heat treatment and welding, has become the "entry ticket" for companies aiming to enter high-end supply chains. An increasing number of leading manufacturers are choosing vacuum pressure die casting equipment as their technological breakthrough.
Industry Pain Points, Solved by "Vacuum"
-
New Energy Vehicle Electric Drive Systems
A supplier previously used conventional die casting to produce motor housings, suffering a 12% scrap rate due to blistering after T6 heat treatment.
→ After integrating our vacuum die casting system, internal porosity was reduced by 85%, heat treatment qualification rate rose to 99.2%, and they successfully entered the supply chain of a leading international automotive manufacturer. -
Aerospace Bracket Components
High-strength aluminum alloy brackets must withstand extreme vibration, yet traditional castings often revealed micro-porosity in X-ray inspection.
→ Utilizing vacuum-assisted die casting, the components passed 100% X-ray inspection and achieved a weld-free integrated design, reducing weight by 20%. -
Rail Transit Connector Components
These require high air tightness to prevent the ingress of corrosive media.
→ Vacuum die-cast parts, tested via helium leak detection, achieved a leakage rate of <1×10⁻⁶ Pa·m³/s, tripling their service life.
Whether you are upgrading an existing production line or establishing a new high-end die casting facility, we provide comprehensive, one-stop vacuum pressure die casting solutions—from consultation and system integration to training—helping you seize the commanding heights in lightweight manufacturing.