-
Feb 20, 2024 What is TitaniumTitanium, Periodic Table Cycle 4 Group 4 (Titanium Subgroup) Transition Metal Element, Element Symbol Ti, Atomic Number 22, Relative Atomic Mass 47.86
read more > -
Feb 15, 2024 Storage and transportation of zirconiumMoisten and passivate with no less than 25% water at all times during storage. Store in a cool, ventilated warehouse. Keep away from fire and heat sou
read more > -
Feb 10, 2024 What is ZirconiumZirconium is a chemical element, the element symbol Zr atomic number is 40, and the elemental element is a high melting point metal, light gray color.
read more > -
Feb 05, 2024 Introduction to the Niobium elementElement Information A metallic element. Niobium can absorb gases, is used as a degassing agent, and is also a good superconductor. Formerly known as &
read more > -
Jan 30, 2024 What is NiobiumNiobium, chemical symbol Nb, atomic number 41, is a transition metal element. Niobium is a lustre-colored gray metal. High-purity niobium metal is hig
read more > -
Jan 25, 2024 A brief history of the discovery of berylliumIn 1798, the French chemist Vauquelin Niclas Louis (1763~1829) discovered beryllium when he conducted a chemical analysis of beryl and emeralds. Howev
read more > -
Jan 20, 2024 What is BerylliumBeryllium (Beryllium) is the second main group element of the second period, the atomic number is 4, the element symbol Be, is a gray-white alkaline e
read more > -
Jan 15, 2024 The difference between ferrite magnets and NdFeB magnetsA ferrite magnet is a metal oxide that has ferromagnetic properties. In terms of electrical properties, ferrite has much greater resistivity than meta
read more > -
Jan 10, 2024 What is a NdFeB magnetNdFeB magnets can be divided into two types: bonded NdFeB and sintered NdFeB. Bonding is actually injection molding, while sintering is vacuuming and
read more > -
Jan 05, 2024 The history of tungstenTungsten is a non-ferrous metal and an important strategic metal, and tungsten ore was called "heavy stone" in ancient times. In 1781, schee
read more >
