RADIATOR MOLD

The characteristics of radiator molds mainly include the following aspects:

High strength and durability: Radiator molds need to be made of high-strength and wear-resistant materials to cope with high temperature and high pressure working environments. This ensures that the mold can maintain stable performance and long service life during long-term use.

Precise size control: The mold needs to have high precision to ensure that the produced radiator has consistent size and shape, thereby ensuring its reliability in assembly and use.

Good thermal conductivity: The mold design needs to take into account the thermal conductivity of the radiator, so the mold should be able to produce products with good thermal conductivity. This usually involves the design of the cooling system inside the mold to ensure that the heat can be quickly dissipated during the production process.

Efficient production: The mold design should take into account the efficiency of production, including the rapid prototyping capability of the mold, easy maintenance and replacement of parts, etc., to improve production efficiency and reduce production costs.

Surface finish: The finish of the inner surface of the mold has a great influence on the appearance and performance of the final product. High-quality surface treatment can reduce subsequent processing steps and improve production efficiency.

Processing capability of complex shapes: Modern radiator design pays more and more attention to aesthetics and functionality, which requires the mold to be able to process complex shapes and details to meet different design requirements.