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Nickel Vanadium (NiV) alloy target material is a high-performance composite used in various industrial applications, including thin film deposition, semiconductor manufacturing, and advanced coatings. It is known for its excellent thermal stability, high corrosion resistance, and unique properties.
Product Overview:
High Purity Nickel Vanadium Alloy Target Material is a silver-white metallic alloy with a density of 6.11 g/cm³ and a melting point of 1910°C, boiling point of 3407°C. It serves as a crucial material for thin-film sputtering in the semiconductor industry, combining the chemical, electrical, and optical properties of nickel while offering additional non-ferromagnetic advantages.
Features:
- High Purity:Available in purity options of 3N and 3N5 to meet diverse application needs.
- Non-Ferromagnetic Properties:Compared to pure nickel, the NiV alloy target exhibits superior non-ferromagnetic properties, making it suitable for high-speed magnetron sputtering equipment.
- Excellent Chemical Properties:Possesses favorable electrical and optical characteristics, ideal for manufacturing high-performance electronic devices.
- Customizable Specifications:Various sizes and shapes can be provided according to customer requirements.
Applications:
- Semiconductor Manufacturing:Used for thin-film deposition, widely applied in the production of integrated circuits and electronic devices.
- Magnetron Sputtering:Suitable for high-speed magnetron sputtering equipment, offering efficient material deposition.
- Optical Devices:In the production of optoelectronic materials, NiV alloy targets can enhance optical performance.
- Coating Technology:Can be utilized as various high-performance coating materials to improve surface wear resistance and corrosion resistance.
| Element | Measured Value | Standard Value | Unit | Element | Measured Value | Standard Value | Unit | Element | Measured Value | Standard Value | Unit |
| Li | ppm | Zn | <10 | ppm | Pb | <10 | ppm | ||||
| B | ppm | Ga | ppm | Bi | <10 | ppm | |||||
| F | ppm | Ge | ppm | Y | ppm | ||||||
| Na | ppm | As | <10 | ppm | Th | ppm | |||||
| Mg | <10 | ppm | Se | ppm | Er | ppm | |||||
| Al | <10 | ppm | Zr | <10 | ppm | Ru | ppm | ||||
| Si | ppm | Nb | <10 | ppm | Rb | ppm | |||||
| P | ppm | Mo | <10 | ppm | Sr | ppm | |||||
| Cl | ppm | Pd | ppm | Sc | ppm | ||||||
| K | ppm | Ag | ppm | Be | ppm | ||||||
| Ca | ppm | Sn | ppm | Rh | ppm | ||||||
| Ti | <10 | ppm | Sb | <10 | ppm | Cd | <2 | ppm | |||
| V | 6.93 | ppm | Ba | ppm | |||||||
| Cr | <20 | ppm | Hf | ppm | |||||||
| Mn | <10 | ppm | Ta | <10 | ppm | C | <10 | ppm | |||
| Fe | <50 | ppm | W | <20 | ppm | S | <10 | ppm | |||
| Co | <50 | ppm | Pt | ppm | O | <10 | ppm | ||||
| Ni | Matrix | wt% | Au | ppm | N | <10 | ppm | ||||
| Cu | <50 | ppm | Hg | ppm | H | ppm |
