Implanted Ions Parts In Molybdenum For Metal Processing Application

Implanted Ions Parts are a low-temperature process through which the ions of an element are accelerated into a solid target, thereby changing the physical, chemical or electrical properties of the target. Ion implantation is used in semiconductor device manufacturing, metal surface treatment and material science research. If the ion stops and remains in the target, the ion will change the elemental composition of the target (if the ion is different from the composition of the target). When ions hit the target with high energy, ion implantation will also cause chemical and physical changes.

SPECIFICATIONS & CHEMICAL COMPOSITIONS (NONIMALS)

Advantages of Molybdenum Ion Implanted Parts Technology:

(1) It is a pure non-polluting surface treatment technology;

(2) No need for thermal activation and high temperature environment, and will not change the overall dimensions and surface finish of the workpiece;

(3) The ion implantation layer is a new surface layer formed by a series of physical and chemical interactions between the ion beam and the surface of the substrate, and there is no peeling problem between it and the substrate;

(4) No mechanical processing and heat treatment are required after ion implantation.

Ion Implanted Parts

APPLICATIONS of Molybdenum Ion Implanted Parts

The application of ion implantation in the modification of metal materials is to inject a certain dose and energy of ions into the metal material surface after heat treatment or surface coating process, so as to change the chemical composition, physical structure and phase state of the material surface, so as to change the mechanical, chemical and physical properties of the material.

Specifically, ion implantation can change the acoustic, optical and superconducting properties of materials, improve the working hardness, wear resistance, corrosion resistance and oxidation resistance of materials, and finally prolong the working life of materials.

Ion Implanted Parts Picture: