Industry News

Flow marks, commonly observed in injection molded products, are typically caused by non-uniform flow of molten plastic within the mold cavity, resulting in surface defects such as streaks or waves. These defects not only affect the product's appearance but also reduce its strength and durability.

In injection molds, locating and limiting components play a crucial role in ensuring accurate mold closure, smooth operation, and product quality. Through precise positioning and limiting, these components guarantee that all mold parts remain in their correct positions during the manufacturing process, thereby enabling efficient and high-quality product production.

n injection molding, cooling, and heating components are crucial elements that directly influence product quality, cycle time, and mold lifespan by controlling mold temperature.

Electrical Discharge Machining (EDM) is crucial in the manufacturing of injection molds. It is a highly efficient and precise machining process, particularly well-suited for complex shapes and hard materials that are difficult to process using traditional methods.

The temperature for injection molding is a broad concept, as it is influenced by various factors.

The selection of steel for long-life injection molds is a critical factor that influences mold performance and service life. Different steels have distinct properties and are suitable for various plastics and processing conditions.

The lifespan of a plastic mold is a complex issue without a fixed answer. Numerous factors influence its service life.

Preventing moisture and oxidation of injection molds is a crucial aspect of mold maintenance, directly affecting the mold's service life and product quality.

The sufficiency of cooling water flow in a mold significantly impacts the quality of the molded part and the mold's service life.

The hardness of mold steel is typically expressed using a hardness value.