99.95% ASTM B387 Moly Ion Implantation In Semiconductors Industry

99.95% ASTM B387 Moly Implant Ion Parts For Semiconductor Industry

Moly Implant Ions Parts are a new generation of high technology for material surface treatment. It uses a series of physical and chemical

changes caused by the ion beam of a metal element with high energy into solid materials to improve some surface properties of solid

materials.

SPECIFICATION & CHEMICAL COMPOSITIONS (NOMINALS)

Advantages of Moly Implant Ions Parts technology:

(1) It is a pure pollution-free surface treatment technology;

(2) It does not need thermal activation and high temperature environment, so it will not change the overall dimension and surface finish

of the workpiece;

(3) Ion implantation layer is a new surface layer formed by a series of physical and chemical interactions between ion beam and substrate

surface, and there is no peeling problem between it and substrate;

(4) There is no need for machining and heat treatment after ion implantation.

APPLICATIONS Of Moly Implant Ions Parts

The superiority, practicability and broad market prospect of this surface treatment technology have been appreciated by more and more

departments and units and have been widely used. According to years of research and development, metal ion implantation is especially

suitable for the surface treatment of the following types of tools, dies and parts:

• Metal cutting tools (including various drilling, milling, turning, grinding and other tools and cemented carbide tools used in precision machining and NC Machining) can generally increase the service life by 3-10 times;
• Hot extrusion and injection mold can reduce energy consumption by about 20% and prolong service life by about 10 times;
• Precision molds in semiconductor industry, stamping and stamping molds in can industry can significantly improve the working life of these valuable and precision molds;
• Moly Implant Ion Parts Picture:
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