High-temperature material with outstanding corrosion resistance
Tantalum remains stable even under extreme temperatures and in highly aggressive environments. It offers excellent resistance to aqueous solutions and molten metals, along with good cold ductility. Tantalum is also superconductive and biocompatible.
Typical applications include chemical processing, medical implants, and electronic components. To improve machinability, alloying elements can be added when needed.
Products
Products made from Tantalum
Sketch
Form and Sizes
Sketch
Form
Sizes
Action
Round bars
Ø 1 - Ø 100
Flat bars
Ø 1 - Ø 100
Square bars/profiles
3x3 - 80x80
Sheets
0,2 - 1 mm
Name
Name
Action
Evaporation boats
Evaporation coils
Annealing and sintering boats
Custom part needed? Simply upload your technical drawing and receive a quote.
Material quality meets personalized service
Tight manufacturing tolerances and minimal contamination ensure consistent material quality.
Automated testing throughout the entire production process ensures consistent product quality.
High inventory levels and short response times ensure uninterrupted production processes.
Our extensive experience in processing and application helps you select the ideal material.
Each material batch is tested and delivered with comprehensive material certification.
For critical applications, we offer 100% inspection of individual parts based on your specifications.
Why SVS
Key Features
Advantages of the corrosion-resistant metal
Excellent cold ductility
Outstanding formability at room temperature despite its body-centered cubic crystal structure.
Exceptional corrosion resistance
Maximum resistance to nearly all acids and aggressive chemicals.
Biocompatibility
Well suited for medical implants and pharmaceutical applications.
Superconductivity
Enables use in specialized electronic applications.
Applications
Applications
Tantalum’s exceptional corrosion resistance makes it ideal for use in chemical processing, especially in reactors, heat exchangers, and piping systems exposed to aggressive media. In medical technology, it’s used in implants, surgical tools, and biocompatible components. The electronics industry uses tantalum in capacitors, thin-film resistors, and sputtering targets. In furnace engineering, it serves as a heating element and structural part for vacuum and protective gas furnaces.
Examples of use:
Electronics industry, Chemical industry, Medical technology, Furnace construction.
Expert Advice for Your Application
Our material experts will advise you on the optimal material selection and custom solutions.
