Sep 23, 2025 Leave a message

A Professional Manufacturer Of Hafnium Materials

High purity ensures its stability in extreme environments, especially suitable for impurity sensitive nuclear industries and semiconductor manufacturing.
The melting point of hafnium is as high as 2227 ° C, with a boiling point of 4602 ° C, much higher than most metals, allowing it to maintain structural integrity in high temperature environments. The density is about 13.31g/cm ³, which is 1.7 times that of iron, making it suitable for special scenarios that require high-density materials. It does not react with acid or alkali at room temperature, and has strong corrosion resistance to water vapor, molten metal, etc. at high temperatures.
Hafnium has a thermal neutron absorption cross section of up to 104 times that of zirconium (578 times that of zirconium) and does not produce long-lived radioactive isotopes, making it an ideal material for nuclear reactor control rods. Its ability to resist radiation damage ensures long-term stable operation in strong radiation environments. Hafnium oxide (HfO ₂) is a high dielectric constant (high k) material that can replace traditional SiO ₂ as the gate insulation layer of chips, significantly reducing leakage current and improving device energy efficiency. It is widely used in advanced logic chips and storage devices with processes of 45nm and below. By accurately absorbing neutrons and adjusting the rate of nuclear fission, the safe operation of the reactor is ensured. For example, hafnium based control rods are commonly used in naval ship reactors.
Usually, rolling, cutting, polishing and other processes are used to ensure the flatness and smoothness of the cube surface. Part of the product surface is passivated to enhance its antioxidant capacity.
Hafnium cubic, as a strategic high-end material, plays an irreplaceable role in fields such as nuclear energy, aerospace, and semiconductors due to its unique physical, chemical, and nuclear properties. With the continuous advancement of global technology, its application scenarios will continue to expand, and market demand will steadily increase.

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