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The Niobium-Hafnium alloy exhibits a melting point exceeding 2 500 °C. Standard salt spray tests show corrosion rates below 0.05 mm per annum. The alloy meets established processability criteria. It is employed in the pharmaceutical sector, semiconductor manufacturing, aerospace engineering, and nuclear energy.
Tubes produced from Niob-Hafnium alloy exhibit a steel grey colour and high electrical conductivity. They are used in the metal, ceramic, electronics, nuclear power, and superconductor sectors.
Bars manufactured from Niob-Hafnium alloy are produced from niobium powder by forging and machining. They are used in the metal industry, metallurgy, nuclear energy, superconductor applications, and medical devices.
Sputtering targets made from Niob-Hafnium alloy are applied in the production of chemical products, maritime components, liquid crystal displays, and conductive coatings for companies.
Crucibles produced from Niob-Hafnium alloy are employed in metallurgical operations, the chemical industry, machining processes, and in the glass and ceramic industries.
The Niob-Hafnium alloy has a high melting point, reliable corrosion resistance, and favourable workability. It is used in pharmaceuticals, semiconductors, aviation, nuclear power, and similar disciplines. Our Niob-Hafnium foil, sheet, and plates are used in chemical anti-corrosion, capacitor manufacturing, optical target materials, superconductors, scientific apparatus, cooling systems, the chemical sector, and electrolytic applications.
The Niob-Hafnium alloy utilises contributions from both niobium and hafnium, thereby meeting technical requirements across various industries:
High-Temperature Stability: Hafnium withstands elevated temperatures and niobium imparts mechanical strength. This combination enables the alloy to perform in high-temperature conditions.
Mechanical Resistance: The alloy exhibits mechanical properties that meet demands for both strength and a degree of flexibility, thereby providing a balance between these qualities.
Corrosion Resistance: The Niob-Hafnium alloy displays significant resistance to corrosion. It is suitable for applications exposed to aggressive environments and corrosive substances.
Creep Resistance: The alloy resists deformation under prolonged stress, thereby being appropriate for applications that require long-term dimensional stability.
Sheets and Plates from Niob-Hafnium Alloy: Our sheets and plates are manufactured to defined specifications. They offer measurable high-temperature performance, mechanical strength, and corrosion resistance.
Bars and Rods from Niob-Hafnium Alloy: Bars and rods integrate the properties of niobium and hafnium. They are available for aerospace, nuclear technology, and industrial applications.
Wires from Niob-Hafnium Alloy: Our wires combine the contributions of both elements. They are suitable for applications that demand high temperature resistance and mechanical load capability.
Measured Performance: Our Niob-Hafnium alloy products are designed to operate under high temperatures and in demanding environments, thereby ensuring operational continuity.
Technical Expertise: Our team provides technical guidance in selecting Niob-Hafnium alloy products that meet specific project requirements.
Global Supply Chain: We maintain a global supply chain that meets scheduled delivery targets, thereby minimising downtime.
Custom Solutions: Every project has specific requirements. We offer custom solutions for Niob-Hafnium alloys to address individual challenges.
Sustainability: We adhere to sustainable sourcing and manufacturing practices, thereby contributing to environmental sustainability.
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