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High-Precision Plastic Mold for Central Control Storage Box Base - China Suppliers & Factory
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High-Precision Plastic Mold for Central Control Storage Box Base - China Suppliers & Factory

The central control storage box base plastic mold is an advanced, high-precision injection mold specifically engineered for automotive interior components, including central consoles and door panel storage boxes. Manufactured in China using durable P20 steel, this mold showcases a double ejection mechanism, modular design, and an efficient cooling system. These features ensure superior product consistency, remarkable durability, and enhanced production efficiency. As a leading factory among suppliers in the automotive industry, we guarantee high-quality molds tailored to meet your needs

    Product Overview

    This mold produces automotive storage box bases using injection molding, with its core function being to ensure high precision and batch production stability. It utilizes P20 steel (cavity and core material) and a 45# mold base, combined with a pin-type ejector/ejector plate demolding system to optimize the production process. Modular design (such as adjustable partitions) supports the production of multiple specifications, reducing mold change costs; a double ejection mechanism reduces the risk of mold sticking; and a water-cooling system improves cooling efficiency, meeting the requirements of automotive interior parts for strength, lightweight design, and environmental friendliness.

    Product Features

    1 High Precision and Durability

    High-precision replication of complex mesh structures, with tolerances up to ±0.001mm, ensuring dimensional consistency and strength. Detail is handled through mechanisms such as angled pull blocks and side sliders, achieving efficient demolding.

    2 Modular Design

    The sliding partition mold allows for flexible adjustment of the internal structure, and one mold can accommodate multiple product specifications.

    3 Optimized Demolding System

    The dual ejection mechanism (right tooth + left tooth socket) reduces reliance on release agents, improving yield and environmental friendliness.

    4 High-Efficiency Cooling

    The water-cooling system accelerates the molding cycle and is suitable for large-scale industrial production.

    Use Cases

    Automobile manufacturing

    Automobile Manufacturing

    Producing interior parts such as center consoles and door storage compartments, which must meet the requirements of high strength, wear resistance and lightweight.

    Customized production

    Customized Production

    Suitable for multi-functional storage boxes with compartments, modular design allows for rapid response to design changes.

    Mass production

    Mass Production

    The injection molding process, combined with an efficient demolding and cooling system, significantly increases production capacity and reduces unit cost.

    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

    What material is used for the mold cavity and core in this automotive storage box mold?
    Both the cavity and core are made from P20 steel, which offers excellent hardness, toughness, and machinability. P20 steel ensures long-lasting dimensional accuracy and is well-suited for producing high-volume automotive interior components.
    What precision level can this injection mold achieve?
    This mold achieves tolerances of up to ±0.001mm, enabling high-precision replication of complex structures such as mesh patterns. This level of accuracy ensures consistent dimensional quality across all production batches.
    How does the modular design benefit production flexibility?
    The sliding partition mold design allows the internal structure to be flexibly adjusted, enabling a single mold to produce multiple product specifications. This greatly reduces mold change costs and allows manufacturers to respond quickly to design changes without investing in entirely new tooling.
    What type of ejection system does this mold use, and what are its advantages?
    This mold uses a dual ejection system combining a pin ejector and ejection plate. The dual mechanism (right tooth + left tooth socket configuration) minimizes the risk of mold sticking, reduces reliance on release agents, improves product yield, and contributes to more environmentally friendly production.
    What gate and runner system is used in this mold?
    The mold uses a hot runner system combined with a normal side gate. This combination helps maintain consistent melt temperature, reduces material waste, improves surface quality of the finished part, and supports efficient high-volume production cycles.
    Is this mold suitable for large-scale industrial production?
    Yes. The mold features a water-cooling system that significantly accelerates the molding cycle, making it ideal for large-scale industrial production. The 2-cavity design (right + left) further increases output per cycle, reducing unit cost while maintaining consistent product quality.