HIGH PURITY METALS

With the continuous application of titanium products in semiconductor, aerospace, new energy and other industries. End product requirements for upstream raw materials are also becoming more stringent.High purity titanium spongeThe highest national standard for titanium sponge, grade 0A, requires a t

Nickel is a versatile metal widely used in various industries due to its excellent properties. However, there are significant differences between pure nickel and nickel alloys that impact their applications. This article explores these differences.

Titanium, known for its strength, lightweight properties, and resistance to corrosion, is a critical material in various industries ranging from aerospace to automotive. However, not all titanium is created equal.

LOW SPIT, HIGH PURITY SPUTTERING TARGETS FOR OPTIMAL THIN FILM COATINGThe essence of sputtering as a deposition technique is its ability to transfer material from a solid source, known as a target, to a substrate to form a thin film. The purity of the sputtering target is paramount as it directly in

High-purity copper refers to copper metal with a purity level of 4N（Cu≥99.99％） or higher, where "N" represents the purity of copper, and a higher number preceding "N" indicates a higher level of copper purity. As an emerging material, high-purity copper finds extensive applications.They exhibit excellent electrical conductivity, ensuring efficient transmission of electrical signals. Additionally, these tubes possess superior thermal conductivity, enabling efficient heat transfer and optimal performance in cooling systems. Their corrosion resistance makes them reliable in harsh environments, while their flexibility and formability allow for easy installation and adaptation to complex designs. High-purity copper tubes also exhibit compatibility with various components and systems, ensuring secure connections, and they have low impurity content, contributing to improved reliability and long-term durability.

High purity titanium powder plays a crucial role in various industries, ranging from sustainable manufacturing to aerospace and additive manufacturing. This article provides an in-depth understanding of how high purity titanium powder is made and explores its diverse applications in different sectors.