99.95% Pure Tungsten Implanted Ion Parts For Injection Mold Application
Tungsten Implanted Ion 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.
SPECIFICATION & CHEMICAL COMPOSITIONS (NOMINALS)
| Material | Type | Chemical Composition (by wt.) |
| Pure Tungsten | W1 | >99.95%min. Mo |
| Tungsten Copper Alloy | WCu | 10%~50% Cu / 50%~90% W |
| Tungten Heavy Alloy | WNiFe | 1.5 % - 10 % Ni, Fe, Mo |
| Tungten Heavy Alloy | WNiCu | 5 % - 9.8 % Ni, Cu |
| Tungsten Rhenium | WRe | 5,0 % Re |
| Moly Tungsten | MoW50 | 0,0 % W |
Advantages of Tungsten Implanted Ion Parts technology:
Tungsten Implanted Ion Parts is 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.
The results show that metal ion implantation is more effective and widely used in the research and application of ion implantation surface
modification of non semiconductor materials. Many nitrogen ion implantation can not be realized, and metal ion implantation can be well
realized. However, for the traditional ion implanter based on the needs of semiconductor ion implantation, it is difficult to obtain a
relatively strong metal ion beam, and the cost of ion implantation surface modification of non semiconductor materials is also relatively
expensive.
APPLICATIONS Of Tungsten Implanted Ion 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 motion coupling components, such as stator and rotor of air extraction pump, cam and chuck of gyroscope, piston, bearing, gear, turbine vortex rod, etc., can greatly reduce the friction coefficient, improve wear resistance and corrosion resistance, and prolong the service life up to more than 100 times;
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Tungsten Implanted Ion Parts Picture:
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