Beryllium Copper Strip

Beryllium Copper Alloy Strip is a metal material with many uses and excellent properties. It is mainly composed of different alloy compositions, including but not limited to C17200, C1720, C17000, C17300. C17500, C17510, Qbe2, Qbe1.9, Qbe1.7, Qbe0.6-2.5, Qbe0.4- 1.8, Qbe0.3-1.5, and Qbe1.9-0.1. These alloy compositions provide specific physical and chemical properties of beryllium copper strips that make them suitable for a variety of application scenarios.

Beryllium copper strips are available in specifications that include thicknesses between 0.01-2.0mm and widths up to 305-600mm, such specifications enable them to meet the needs of different industrial applications. The excellent properties of beryllium copper alloy strips include its wear resistance, hardness, electrical conductivity and temper resistance, which make beryllium copper strips widely used in aerospace materials processing electrodes and other fields.

The excellent thermal conductivity of beryllium copper strip is another significant feature, and its thermal conductivity is about 3~4 times superior than mold steel. This feature is particularly prominent in the application of plastic molds, can effectively reduce the temperature of the heat concentration area, simplify or eliminate the design of the cooling water pipeline, to ensure that the plastic products cooled quickly and uniformly, thereby reducing product deformation and shape details are not clear, etc. It can effectively reduce the temperature in the heat-concentrated area, simplify or eliminate the design of cooling channels, and ensure the rapid and uniform cooling of plastic products, thus reducing the deformation of the products and the defects such as unclear details of the shape, and shortening the production cycle of the products