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.

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.

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.

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.