ENCN
Get in touch

Menu

Home  >  Products  >  Lightweight & Integrated Automotive Mold Base
Rear Compartment Mold Base
Rear Compartment Mold Base
Rear Compartment Mold Base
Rear Compartment Mold Base
Rear Compartment Mold Base
The fixed mold frame of this product is sized at 3330mm×2660mm×885mm,
The moving mold frame is 3330mm×2660mm×745mm.
Made of P20 forged material, the maximum gross weight of a single piece is 67 tons. Thanks to the well-developed heavy industry such as shipbuilding in China, which owns heavy forging press resources ranging from 7,000 tons to 18,500 tons, qualified materials can be manufactured through a series of rigorous processes to ensure the safety of the mold frame and provide a solid guarantee for the mold.
Send E-mail

To reduce the weight of vehicles, improve the range of new energy vehicles, and lower the manufacturing costs for new car-making forces, integrated die-casting technology has been increasingly applied in practice. With the adoption of integrated die-casting technology, there is a growing demand for heavier molds and matching super-large mold bases.


Due to the large size of the mold frame, the accuracy and stability of larger equipment are inferior to those of relatively smaller CNC milling machines. Our company detects the trial cutting reference after semi-finishing through a large floor-type three-coordinate measuring machine after 48 hours of constant temperature, then combines the data for separate processing of each surface to ensure that each dimension is within the reasonable requirements of customers.

View More
Popular Products
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.
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.