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Two-Color Mold for Central Control Storage Box Lid - China Suppliers & Factory for Precision Automotive Parts
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Two-Color Mold for Central Control Storage Box Lid - China Suppliers & Factory for Precision Automotive Parts

Introducing our state-of-the-art two-color mold designed specifically for the central control storage box lid. Manufactured with high-quality P20 steel for both the cavity and core, and a durable 45# steel mold base, this mold is built to last. Our advanced hot runner system and integrated water cooling device enhance efficiency during the two-color injection molding process. As a leading factory in China, we specialize in precision manufacturing, making our molds ideal for producing automotive storage box lids and other intricate components. Choose us as your trusted suppliers for top-tier mold solutions that meet your quality and production needs

    Product Overview

    This mold is specifically designed for two-color injection molding processes. Both the cavity and core material are made of P20 pre-hardened plastic mold steel, ensuring high wear resistance and dimensional stability. The mold base is made of 45# carbon structural steel, balancing strength and cost-effectiveness. The ejector system integrates a pin-type ejector and ejector plate for efficient demolding. The hot runner system, combined with a standard side gate, optimizes the injection process. The dual water-cooling channel design improves cooling efficiency and shortens the production cycle. The mold supports simultaneous molding of two grooves (right groove + left groove) to meet the needs of complex structures.

    Product Features
    1. Material Properties

    ◎ P20 steel is pre-hardened (HRC 28-32), which is wear-resistant and corrosion-resistant, and suitable for high-precision injection molding; 45# steel mold base is heat-treated, with excellent comprehensive mechanical properties.

    2. Structural Design

    ◎ The two-color injection cavity and core material are integrated to reduce splicing errors; the hot runner system reduces scrap rate; and the side gate structure simplifies mold complexity.

    3. Cooling Efficiency

    ◎ Dual water cooling channels provide uniform heat dissipation, preventing localized overheating and deformation, and improving the surface finish of the product.

    4. Compatibility

    ◎ Supports simultaneous molding of multiple tooth sockets, adapts to left/right tooth structures, and has strong scalability.

    Applicable Scenarios
    Automotive Electronics
    Automotive Electronics

    Interior components such as the central control storage box cover require two-color injection molding and high dimensional precision.

    Home appliance manufacturing
    Home Appliance Manufacturing

    Complex structural shells, such as two-color buttons and decorative panels, require wear resistance and deformation resistance.

    Industrial components
    Industrial Components

    Small, precision parts that require efficient demolding and mass production, such as connectors and snap-fit products.

    Technical Parameters
    Cavity Material P20 Steel
    Core Material P20 Steel
    Mould Base Material 45#
    Ejection System Pin Ejector and Ejection Plate
    Number of Cavity 2 Cavities (Right + Left)
    Gate Hot Runner System + Normal Side Gate
    Cooling System By Water
    Conclusion

    Contact us now for a quote and experience the difference of working with the best in the business.

    Frequently Asked Questions
    1
    What is P20 steel and why is it used for this two-color injection mold?
    P20 is a pre-hardened chrome-molybdenum alloy tool steel with a hardness of HRC 28–32. It offers excellent wear resistance, corrosion resistance, and dimensional stability — making it ideal for high-precision two-color injection molding where surface quality and long service life are critical.
    2
    What is the benefit of a hot runner system combined with a standard side gate?
    The hot runner system keeps plastic material in a molten state throughout the runner, significantly reducing material waste and scrap rate. When combined with a standard side gate, it simplifies the overall mold structure, lowers maintenance costs, and ensures a more consistent injection process across production runs.
    3
    How does the dual water-cooling channel design improve production efficiency?
    The dual water-cooling channel layout ensures uniform heat dissipation across both the cavity and core. This prevents localized overheating that could cause warping or surface defects, shortens the cooling phase within the cycle, and ultimately increases overall production throughput while improving product surface finish.
    4
    Can this mold be adapted for both left-hand and right-hand groove structures simultaneously?
    Yes. This mold is specifically engineered with 2 cavities — one for the right groove and one for the left groove — allowing simultaneous molding of both structures in a single cycle. This design significantly improves output efficiency and ensures perfect symmetry between paired components.
    5
    What industries or applications are most suitable for this two-color injection mold?
    This mold is highly versatile and suitable for automotive electronics (e.g., central control storage box covers), home appliance manufacturing (e.g., two-color buttons, decorative panels), and industrial components (e.g., connectors, snap-fit parts). Any application requiring precise two-color molding, efficient demolding, and high-volume production will benefit from this mold.
    6
    How does the ejector system (pin ejector + ejector plate) ensure efficient demolding?
    The combined pin ejector and ejector plate system distributes the ejection force evenly across the molded part's surface. This prevents stress concentration that could damage delicate features, ensures clean and consistent part release every cycle, and reduces downtime caused by stuck or deformed parts — especially important for complex two-color structures.