Copper Calcium Cu-Ca Master Alloy CuCa20 CuCa30 metal ingots

Product Detail

Copper Calcium master alloy CuCa30 CuCa20 metal ingots Copper-calcium master alloy is used in the production of various copper-based materials. This master alloy is made by combining copper and calcium in specific ratios (usually CuCa20 or CuCa30) to achieve the desired properties and characteristics required for a specific application. Copper-calcium master alloys are widely used in the manufacture of copper and its alloys due to their ability to improve the overall mechanical properties and properties of the final product. It is known for its excellent deoxidation and desulfurization properties, helping to improve the quality of copper-based materials. Additionally, adding calcium to copper improves its thermal and electrical conductivity, making it ideal for applications in the electrical and automotive industries. One of the main advantages of using a copper-calcium master alloy is the ability to reduce overall production costs. By adding a master alloy to the copper melt, the consumption of pure calcium and copper can be minimized, thereby saving costs in the manufacturing process. Additionally, the use of master alloys ensures a more controlled and uniform distribution of alloying elements in the final product, thereby improving consistency and quality. The versatility of copper-calcium master alloys makes them suitable for a wide range of applications, including the production of electrical wires, automotive components and various mechanical parts. Whether it is increasing the strength and durability of copper alloys or enhancing their electrical conductivity, the addition of copper-calcium master alloys brings numerous benefits to the manufacturing industry.

	Copper Calcium master alloy
Content	CuCa20 30 or customized
Applications	1. Hardeners: Used for enhancing physical and mechanical properties of metal alloys. 2. Grain Refiners: Used for controlling the dispersion of individual crystals in metals to produce a finer and more uniform grain structure. 3. Modifiers & Special Alloys: Typically used to increase strength, ductility and machinability.
Other Products	CuB, CuMg, CuSi, CuMn, CuP, CuTi, CuV, CuNi, CuCr, CuFe, GeCu, CuAs, CuY, CuZr, CuHf, CuSb, CuTe, CuLa, CuCe, CuNd, CuSm, CuBi, etc.