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Lanthanum hexaboride is a rare boride formed by the combination of rare earth element lanthanum and non-metallic element boron. It presents in the form of purple powder, insoluble in water and hydrochloric acid, but has many remarkable characteristics: high melting point, high hardness, good chemical stability, excellent resistance to intermediate toxicity, long service life, and low electron escape work. These characteristics make lanthanum hexaborate shine in the field of cathode emission materials, especially in the manufacturing of high-precision and cutting-edge instruments such as electron microscopes, high-power electron tubes, electron guns, magnetrons, etc. In addition, lanthanum hexaborate is widely used in various military and high-tech fields such as radar aerospace, electronic industry, instrumentation, medical equipment, home appliance metallurgy, and environmental protection.

The Lanthanum Sputtering Target (LaNi) is a crucial component in thin-film deposition processes. Consisting of lanthanum and nickel, this alloy possesses specialized properties suitable for coating applications. LaNi targets play an essential role across diverse industries, facilitating the creation of advanced coatings with improved functionalities and performance attributes.

The Lanthanum Yttrium Sputtering Target (LaY) is a fundamental material in thin-film deposition. Combining lanthanum and yttrium, this alloy offers unique properties for coating applications. LaY targets play an essential role in various industries, enabling the development of advanced coatings with enhanced functionalities and performance characteristics.