Industrial and logistics molds are specialized for producing components used in manufacturing, transportation, warehousing, and heavy-duty applications. These molds are typically more robust and complex than those used for consumer goods due to the demanding requirements of the industrial environment.

The products made from these molds include plastic pallets, large crates, storage bins, automotive parts, and modular handling equipment. Given the size and structural performance expected from these components, the mold design must accommodate thicker wall sections and reinforced structures.

Key Features:
◆ High structural integrity: Molds are engineered to produce parts capable of withstanding mechanical loads, impacts, and temperature variations.

◆ Advanced gating and cooling systems: These ensure uniform material flow and reduce warpage in large parts.

◆ Material compatibility: Designed to process engineering-grade plastics or recycled polymers suitable for industrial use.

◆ Precision manufacturing: Despite the size, tight tolerances are maintained to ensure assembly compatibility and dimensional consistency.

◆ Mold maintenance is another critical aspect, as these molds are often used in continuous, high-output production cycles. Durable design and modularity help reduce downtime and extend service life.

Daily necessities molds are widely used in the packaging, retail and consumer goods industries. Due to their high stability and excellent cost-effectiveness, they have become the basic link in the supply chain of many plastic products. Such molds are usually used in mass production, with the emphasis on repeatability, cost control and durability.

Common products include household plastic containers, plastic cups, storage boxes, buckets and other general plastic products.

The focus during design and manufacturing is on the balance between material utilization efficiency and mold service life. The mold cavity design is optimized to shorten the molding cycle and ensure consistent product quality. The internal cooling system plays a key role in shortening cooling time and improving production efficiency.

Key points:

Material selection: Use quality mold steel to ensure surface quality and dimensional accuracy under long-term use.

Mold structure: Use simplified structure as much as possible to facilitate maintenance and cost control.

Customization capability: The number and size of mold cavity can be customized according to customer product needs.

Surface treatment and tolerance control: meets the functional and appearance requirements of batch products.

Home appliance molds are designed for producing the plastic components used in household electronic products such as refrigerators, washing machines, air conditioners, ovens, and vacuum cleaners. These molds must meet strict standards for aesthetic appearance, functional integration, and assembly precision.

Unlike commodity molds, home appliance molds require more complex design processes due to the integration of multiple functions and the importance of surface quality. The molds are developed with detailed parting lines, multi-cavity layouts, and inserts for electronic and mechanical fittings.

Important Aspects:
◆ Surface treatment: High polish or texture finishing for parts visible to end-users.

◆ Dimensional stability: Accurate mold design ensures that parts fit seamlessly during appliance assembly.

◆ Multi-component compatibility: Molds are often designed to accommodate over-molding or insert molding techniques.

◆ Product safety compliance: Materials and mold features must meet international safety and performance standards for electrical appliances.