Tantalum Capacitor Grade tantalum powder is a type of high performance powder manufactured by conventional powder metallurgy techniques. It is mainly used for the production of next generation energy storage devices such as advanced lithium-ion batteries, capacitors, fuel cells and metal powders used for 3D printing. It is also used in medical, aerospace and automotive industries.
Tantalum capacitor grade tantalum powder is produced from highly concentrated and extremely pure raw tantalum ore. The ore is processed through various techniques to reduce any impurities so that the end product has a consistent quality. The ore is then crushed, milled and heated in special ovens to form a hard powder with a fine crystal structure. This powder is then sieved and graded to attain the desired particle size.
The quality of the tantalum capacitor grade powder is of utmost importance since it is used to manufacture advanced components. It has a large surface area, high density, excellent thermal resistance and electrical conductivity. These properties make it ideal for use in devices such as fuel cells and lithium-ion batteries.
Tantalum capacitor grade tantalum powder must meet stringent specifications in terms of purity and particle size. In order to ensure a good quality product, only the finest quality raw materials are used in the production process. The melting and sintering process is conducted in controlled atmospheres in order to maintain the quality of the powder and to ensure the smooth passage of current through the capacitors.
The tantalum capacitor grade powder is used to manufacture a number of components such as metal-oxide-semiconductor-capacitors, bottom-coated-capacitors, cell-stacked-capacitors and thermistor-type-capacitors. It is also used for the manufacture of high-temperature-service-capacitors and multi-layer-capacitors.
Tantalum capacitor grade tantalum powder is highly valued because of its extreme purity and high performance in next generation energy storage applications. It is a cost effective material which serves as a reliable and efficient source of power for a variety of electronic devices. It is an environmentally friendly material and is easily recyclable. Its usage will surely help reduce the cost of production and improve the efficiency of the devices.
