Calcium Alloys

About Calcium Alloys

Aluminium Calcium Pre-alloy, Magnesium Calcium Pre-alloy, Ni-Ca Pre-alloy.

Explore our carefully assembled collection of calcium alloys. These alloys have been developed to improve industrial processes, support new technical developments and extend the parameters of materials science.

Discover our Calcium Alloys:

Calcium-Silicon Alloy: The Calcium-Silicon Alloy is used in steel production and in deoxidisation processes. Engineers utilise it to improve the mechanical properties of alloys and to control impurity levels.

Calcium-Aluminium Alloy: The Calcium-Aluminium Alloy increases the strength and castability of aluminium. It is employed in the automotive, aerospace and structural components sectors.

Why choose our Calcium Alloys?

Mechanical Performance and Adaptability: Our calcium alloys combine the properties of calcium with additional elements. The alloys demonstrate increased strength, improved conductivity and measurable adaptability in designated applications.

Quality Assurance: Each alloy undergoes strict quality testing to ensure that the materials meet the required composition, mechanical properties and reliability standards.

Technical Expertise: Experts in metallurgy and materials science provide technical advice regarding alloy selection, design and application. They assist research institutes and industries in the evaluation process.

Innovation and Performance: Our calcium alloys support measurable improvements in product weight, mechanical strength and thermal conductivity. Engineers have recorded performance gains that contribute to efficient design.

Global Reach: Our products have gained international acceptance. An extensive distribution network ensures access to our products, on-time delivery and efficient customer support.

Applications of Calcium Alloys:

Steel Industry: Engineers use the Calcium-Silicon Alloy for deoxidisation, desulphurisation and improving the quality of steel.

Automotive and Aerospace Industry: The Calcium-Aluminium Alloy is employed in applications that require lightweight materials, corrosion resistance and high-strength components.