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Mold Structural Components Assembly
Mold Structural Components Assembly
Mold Structural Components Assembly
Mold Structural Components Assembly
Mold Structural Components Assembly
Mold Structural Components Assembly
Mold Structural Components Assembly
We specialize in end-to-end structural mold base assembly (excluding cavity components), streamlining supply chain integration and ensuring cost-effective quality management for automotive manufacturing clients.
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Product Description

Exhaust Block

Constructed with a combination of 1.2343ESR steel and beryllium copper alloy, polished to enhance mold strength and service life.


Slider Unit

Fabricated from H13 steel through quenching and nitriding processes. Our company possesses full capabilities in 2D drafting, 3D modeling, manufacturing, and mold assembly for such components.


Bracket Section

In collaboration with Taiwanese-funded enterprises, we supply high-strength FCD500/550/600 nodular cast iron castings, followed by precision machining, painting, and coordinated assembly.


Mold Bridge

We guarantee machining accuracy of ±0.05mm relative to the cavity center for mold bridge positioning. Specialized processes like welding are available for mold bridge assemblies.

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With the evolution of marine power systems toward higher power density and lightweight design, the V10 engine has secured a core position in the fields of oceangoing freighters, engineering vessels, and yachts due to its compact structure and high power output characteristics. The cylinder blocks of such engines are required to withstand extreme thermal loads and mechanical stresses, and the performance of their die-casting mold frames directly determines the precision of the castings and the production yield.
V10 Cylinder Block Mold Frame
V10 Cylinder Block Mold Frame
With the evolution of marine power systems toward higher power density and lightweight design, the V10 engine has secured a core position in the fields of oceangoing freighters, engineering vessels, and yachts due to its compact structure and high power output characteristics. The cylinder blocks of such engines are required to withstand extreme thermal loads and mechanical stresses, and the performance of their die-casting mold frames directly determines the precision of the castings and the production yield.
V10 Cylinder Block Mold Frame
V10 Cylinder Block Mold Frame
With the evolution of marine power systems toward higher power density and lightweight design, the V10 engine has secured a core position in the fields of oceangoing freighters, engineering vessels, and yachts due to its compact structure and high power output characteristics. The cylinder blocks of such engines are required to withstand extreme thermal loads and mechanical stresses, and the performance of their die-casting mold frames directly determines the precision of the castings and the production yield.
V10 Cylinder Block Mold Frame
V10 Cylinder Block Mold Frame
With the evolution of marine power systems toward higher power density and lightweight design, the V10 engine has secured a core position in the fields of oceangoing freighters, engineering vessels, and yachts due to its compact structure and high power output characteristics. The cylinder blocks of such engines are required to withstand extreme thermal loads and mechanical stresses, and the performance of their die-casting mold frames directly determines the precision of the castings and the production yield.