German Outokumpu 4120 Separator Plate for FPC Lamination

1. Product Features

· Excellent impact resistance: It combines a high - hardness wear - resistant layer with a tough base material, endowing the whole with outstanding impact resistance. During the lamination process and subsequent use, when facing possible external force impacts, such as collisions during transportation and vibrations in the usage environment, it can effectively absorb and disperse the impact force, preventing damage to the laminated structure such as cracking and delamination, and ensuring the structural integrity and stability of the laminated product.

· Stable supporting function: As a supporting material, the 4120 laminated steel plate can provide stable support for other components in the laminated structure. During the lamination process, it can ensure the accurate relative positions of various layers of materials, which is conducive to the formation of a uniform and stable laminated structure. During use, it can bear the weight of other components and various stresses, maintaining the overall shape and performance of the laminated product. For example, in printed circuit boards, it can provide a reliable support base for numerous electronic components.

· Optimal combination of components: The composition of the 4120 laminated steel plate has been carefully designed and optimized. The interactions among various elements jointly endow the steel plate with good comprehensive properties. For instance, it may contain alloy elements in specific proportions. These elements help improve the hardness, toughness, corrosion resistance, etc. of the steel plate, enabling the steel plate to better adapt to various process conditions such as high temperature and high pressure during the lamination process, and maintain stable performance in different environments.

· Good thermal stability: From the perspective of composition, the 4120 laminated steel plate has good thermal stability. During the lamination process, if high - temperature processes are involved, it can maintain stable physical and chemical properties, without deforming, softening or undergoing other adverse changes due to high temperature, ensuring the smooth progress of the lamination process and the quality of the laminated product. During use, when facing a possible high - temperature environment, it can also maintain its own performance and ensure the stability of the laminated structure.

2.Specification

3.Chemical Composition（%）

4.Physical Property 

5.Thermal Conductivity