Description
Cobalt-Titan (Co/Ti) evaporative materials are employed in thin film deposition and offer controllable magnetic and structural properties. The combination of cobalt and titanium provides adjustable magnetic characteristics that are critical for applications including magneto‐optical devices and magnetic thin-film recording media. The Co/Ti alloys exhibit structural stability that ensures sustained performance over extended periods in various conditions. Precise control over composition allows for tuning of film properties. These materials fulfil the requirements of multiple industrial and scientific applications.
Specification
Materials
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Cobalt-Titan
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Density
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8.5–9.5 g/cm³
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Melting Point
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1300–1500℃
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Purity
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99.9%
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Applications
1. Magnetic materials: Manufacturers use these materials to produce devices such as magnetic storage units, magnetic recording media and magnetic sensors. Consequently, the adjustable magnetic characteristics are applied in the design process.
2. Optical applications: Industries use the materials in fabricating magneto‐optical recording media and devices such as magneto‐optical discs and read–write heads.
3. Magnetic sensors: The materials are employed in the production of various induction sensors, including geomagnetic sensors, magnetometers and magnetic position sensors.
4. Electronic components: Producers use these materials to fabricate electronic components such as magnetic inductors, magnetic isolation devices and magnetic microstructures.
5. Metal coating: Manufacturers apply the materials as a surface coating to increase wear resistance, corrosion resistance and abrasion resistance of metal parts.
Packaging
Suppliers clearly label the Cobalt-Titan (Co/Ti) evaporative materials to enable efficient identification and quality control. They design the packaging to prevent any damage during storage and transport.