Customized ASTM B365 Annealed Tantalum Bars

Baoji Zhipu non-ferrous metals processing co., ltd was established in 2003 and specialized in deep processing of refractory metals field. In 13 years` time, we have been focusing on tungsten, Molybdenum and tantalum finish machining parts in vacuum application industry, especially on vacuum furnace, atmosphere furnace and high temperature furnace. We have accumulated quite experience and technology in technology research and development, furnace transformation, vacuum furnace structure technical exchange and refractory metals'deep processing technological exploration and have been to main supplier of vacuum furnace material and heating room. Now, Zhipu Company is awarded to high-tech enterprise, Shaanxi well-known trademark enterprise and is authorized by the world third party company---- TUV Rhineland Germany. So far, our total assets have 93 million Yuan and 117 employees, among of them, 8 senior engineering and technical employees, 36 intermediate technical employees and more than 63% employees above college education degree.

Products lists:

1. Tungsten, molybdenum and tantalum parts  Molybdenum Target and heating room series products in all kinds of high temperature furnace;

2. Tungsten, Molybdenum Products in crystal furnace of PV industry;

3. Various single crystal furnaces Tantalum Foil thermal field tungsten Widely Used Niobium Tube Niobium Tube and molybdenum products in sapphire industry;

4. Diaphragms and electrodes products in various instruments.

Tungsten ProductsTantalum Niobium Products Other Products

Customized ASTM B365 Annealed Tantalum Bars is the main products of our company. Customized ASTM B365 Annealed Tantalum Bars is widely used in industrial, especially used in single crystal furnace and vacuum furnace.
The material of Customized ASTM B365 Annealed Tantalum Bars belongs to refractory metals, and Customized ASTM B365 Annealed Tantalum Bars has the high melting point. so the feature of Customized ASTM B365 Annealed Tantalum Bars is high temperature resistance.