Casting & Mold

Our iron castings are engineered for durability, toughness, and long service life, making them ideal for heavy-duty industrial applications. They offer outstanding wear resistance, high compressive strength, and excellent vibration damping. Suitable for machinery bases, automotive components, and structural parts, our iron castings deliver stability and reliability in demanding environments.

Our aluminum castings combine light weight with excellent strength and corrosion resistance. Designed for industries that demand precision and efficiency, they ensure high dimensional accuracy and excellent surface finish. With superior thermal conductivity and energy-saving properties, aluminum castings are widely used in automotive, aerospace, and machinery applications, helping customers reduce costs while improving performance.

Our sand casting molds provide flexibility and cost-effectiveness, making them ideal for producing complex shapes and large components. They ensure good dimensional accuracy and surface quality while supporting a wide range of alloys.

Our die casting molds are built for high-speed, high-volume production. With excellent strength and wear resistance, they ensure long service life and deliver parts with superior accuracy and surface finish.

Specially developed for use with our core shooting machines, these molds guarantee accurate core shapes and stable performance. They improve efficiency, reduce defects, and support consistent mass production of sand cores.

Designed for precision and durability, our gravity casting molds deliver consistent quality and smooth surfaces. They are suitable for medium to large batch production, helping customers achieve stable and efficient casting results.

Our sand mold cases provide strong support for sand molds during the casting process. They enhance stability, maintain mold accuracy, and extend the overall service life of the mold system.

Lightweight yet durable, our shell cases are designed to securely hold shell molds for precision casting. They ensure stability, reduce deformation, and contribute to high-quality casting outcomes.