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China Storage Box Molds - Reliable Suppliers & Factory for Efficient Plastic Container Production
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China Storage Box Molds - Reliable Suppliers & Factory for Efficient Plastic Container Production

Introducing our high-quality Storage Box Molds, expertly designed for mass production of plastic containers through advanced methods like injection molding and rotational molding. These molds, manufactured in China from durable P20 steel, cater to the diverse storage and transportation needs of various industries, ensuring both standardization and customization. Our molds feature an efficient cooling system and a flexible process design, enabling production in single or multi-cavity configurations. This not only enhances demolding efficiency but also significantly reduces energy consumption. As a leading factory and supplier, we guarantee top-notch performance and reliability for your storage solutions

    Product Overview

    Mold for Storage Boxes are multi-functional molds specifically customized for injection/rotational molding processes. Using high-precision P20 steel as the core material, they integrate a high-efficiency cooling system and an intelligent ejection structure, enabling rapid mass production of standardized or personalized plastic storage boxes. Suitable for diverse scenarios such as automotive manufacturing, logistics warehousing, food and pharmaceuticals, electronic components, and industrial chemicals, their modular design flexibly matches single-cavity/multi-cavity production needs, significantly improving demolding efficiency and product stability. They meet special industry standards such as high durability, high hygiene, and anti-static properties, helping companies reduce costs and increase efficiency.

    Product Features
    1 Highly Durable Material

    Both the cavity and the core material are made of P20 steel, which combines wear resistance and corrosion resistance, extending the mold life.

    2 Flexible Process Adaptation

    It supports multiple processes such as injection molding and rotational molding, and can produce single-cavity or multi-cavity molds to meet the needs of small-batch or large-scale production.

    3 Customized Design

    Adjustable size, number of parting surfaces, and ejection method (such as integrated condenser tubes and electric telescopic rods) optimize demolding efficiency.

    4 High-Efficiency Cooling System

    Built-in water-cooling channels shorten cooling time, improve production efficiency, and reduce energy consumption.

    5 Precise Structural Configuration

    Equipped with a pin ejector, ejector plate, and double-tooth groove (right tooth + left tooth) design, it ensures precise and stable product demolding.

    Use Cases
    Logistics and warehousing
    Logistics and Warehousing

    Producing stackable turnover boxes to improve warehouse space utilization and reduce logistics costs.

    Automotive manufacturing
    Automotive Manufacturing

    Customized storage boxes for production lines to optimize parts storage and transportation efficiency.

    Food and pharmaceutical
    Food and Pharmaceutical

    We use sanitary-grade materials such as PP to produce airtight food storage containers that meet safety standards.

    Electronics industry
    Electronics Industry

    Anti-static molds are used to produce turnover boxes for sensitive components to avoid electrostatic damage.

    Industrial manufacturing
    Industrial Manufacturing

    Rotational molding process produces industrial containers that are resistant to heavy pressure and corrosion, suitable for chemical, automotive parts and other applications.

    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
    Q What material is used for the cavity and core of the Storage Box Mold?
    Both the cavity and the core are made of high-precision P20 steel, which offers excellent wear resistance and corrosion resistance. This material choice significantly extends the working life of the mold and ensures consistent product quality over long production runs.
    Q What molding processes are compatible with the Storage Box Mold?
    The Storage Box Mold supports multiple processes including injection molding and rotational molding. It can be configured as single-cavity or multi-cavity to accommodate both small-batch custom orders and large-scale mass production requirements.
    Q Can the mold be customized to meet specific size and industry requirements?
    Yes, the mold offers fully customizable design options including adjustable dimensions, number of parting surfaces, and ejection methods (such as integrated condenser tubes and electric telescopic rods). It can also be tailored to meet industry-specific standards such as food-grade hygiene, anti-static performance, and high-pressure durability.
    Q How does the cooling system in the mold work?
    The mold integrates built-in water-cooling channels that circulate coolant around the cavity. This system shortens the cooling time per cycle, significantly improving production efficiency while reducing energy consumption and thermal stress on the mold.
    Q Which industries are the Storage Box Molds suitable for?
    The molds are suitable for a wide range of industries including logistics and warehousing (stackable turnover boxes), automotive manufacturing (parts storage), food and pharmaceuticals (PP sanitary containers), electronics (anti-static component boxes), and industrial manufacturing (heavy-duty chemical containers).
    Q What ejection system does the Storage Box Mold use?
    The mold uses a precision ejection system comprising a pin ejector and an ejection plate, combined with a double-tooth groove design (right tooth + left tooth). This configuration ensures accurate, stable, and consistent product demolding, minimizing defects and downtime during production.