High-Strength Molybdenum Alloy for Extreme Loads
This high-performance alloy retains its mechanical strength even under prolonged exposure to high temperatures. Thanks to its ultrafine carbide precipitates, TZM (titanium-zirconium-molybdenum) offers greater strength, a higher recrystallization temperature, and improved creep resistance compared to pure molybdenum.
TZM is ideal for high-temperature applications with significant mechanical stress, such as forging tools, nozzles for powder metallurgy, and components for aerospace engineering.
Products
Products Made from Titanium-Zirconium-Molybdenum
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Form and Sizes
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Round bars
Ø 1 - Ø 100
Flat bars
3x5 - 100 x 100
Square bars/profiles
3x3 - 80x80
Sheets
0,2 - 1 mm
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Electrodes for micro welding
Electrodes for micro welding
See productAnnealing and sintering boats
Loading racks
Screws, rivets and nuts
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 Reinforced Molybdenum Alloy
Increased Strength
Higher mechanical strength than pure molybdenum thanks to carbide reinforcement.
Enhanced Creep Resistance
Higher recrystallization temperature and improved creep resistance under continuous high-temperature loading.
Long-Term Stability
High resistance to fatigue and wear ensures extended service life.
Applications
Applications
This high-performance alloy is used in high-temperature furnaces, sintering technology, and vacuum melting systems where long-term dimensional stability is critical. In tooling and mold-making, TZM is used for injection molds, press dies, and forging tools subjected to intense thermal and mechanical loads. High-strength structural parts in the aerospace industry benefit from its creep resistance. It’s also used in coating technology and glass production.
Examples of use:
Semiconductor industry, Energy technology, Electronics and electrical engineering, Medical technology, Chemical industry, Steel and metal industry.
Expert Advice for Your Application
Our material experts will advise you on the optimal material selection and custom solutions.
