Okman

Okman Packaging Technology (Shanghai) Co., Ltd.

Hood mold

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    Mold base material:High-quality alloy steel (such as P20, 718, etc.)
    Cavity and core material:Higher hardness die steel (such as H13, etc.), hardness after heat treatment HRC48 - 52
    Dimensional accuracy:Within ±0.05 millimeters
    Surface roughness:Ra0.4 - Ra0.8 microns
    Stamping times:Hundreds of thousands of times or even more
    Maintenance cycle:Between several thousand and tens of thousands of stamping times
    Demolding angle:1° - 3°
    Ejection system:Hydraulic or pneumatic ejection device

  • Content

    Views:

    Mold base material:High-quality alloy steel (such as P20, 718, etc.)
    Cavity and core material:Higher hardness die steel (such as H13, etc.), hardness after heat treatment HRC48 - 52
    Dimensional accuracy:Within ±0.05 millimeters
    Surface roughness:Ra0.4 - Ra0.8 microns
    Stamping times:Hundreds of thousands of times or even more
    Maintenance cycle:Between several thousand and tens of thousands of stamping times
    Demolding angle:1° - 3°
    Ejection system:Hydraulic or pneumatic ejection device

Appearance and Structure


  • The mold is a large and complex piece of equipment. It has a sturdy frame made of high-quality alloy steel to ensure stability and durability.

  • The surface of the mold is precision-machined to achieve a high degree of smoothness and accuracy. The cavity and core are designed to perfectly replicate the shape of the engine hood.

  • It often features intricate cooling channels and ejection systems to facilitate the molding process and ensure the efficient removal of the finished product.


Functionality


  • The mold is used to shape and form the engine hood of a vehicle. It allows for the production of consistent and high-quality parts with precise dimensions and surface finishes.

  • The cooling channels help regulate the temperature during the molding process, ensuring that the plastic or metal material solidifies properly and without defects.

  • The ejection system enables the smooth and safe removal of the molded engine hood from the mold, minimizing the risk of damage.


Material and Durability


  • As mentioned earlier, the mold is typically made of materials such as P20, 718, or H13 steel, which are known for their strength, hardness, and resistance to wear and tear.

  • These materials can withstand the high pressures and temperatures involved in the molding process and can last for a significant number of production cycles.

  • Regular maintenance and proper handling can further extend the life of the engine hood mold.


Importance in Automotive Production


  • The engine hood is an essential part of a vehicle's exterior, providing protection to the engine and other components. A well-designed and high-quality mold is crucial for ensuring the proper fit, functionality, and aesthetics of the engine hood.

  • The mold also plays a significant role in reducing production costs and increasing efficiency by enabling mass production of identical parts.

  • With advancements in technology, modern engine hood molds are becoming more sophisticated and precise, allowing for the production of complex shapes and designs.


Hood mold
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