Metallurgical Product Description
Seamless calcium wire is a seamless solid metal calcium-cored wire used for steelmaking and deoxidation. It is composed of an outer layer of steel, an intermediate coating, and an inner core. The inner core is a solid metal calcium (pure calcium) wire.
Product Parameters
|
Models |
Diameter | Thickness of the outer cover | Weight of outer cover | Weight of calcium core | Cal Content of core |
|
1 |
10~10.5mm |
1.5±0.2mm |
≤360g/m |
≥52g/m |
≥97% |
|
2 |
9~9.5mm |
1.0±0.2mm |
≤210g/m |
≥52g/m |
≥97% |
Manufacture



1. Raw material preparation: The main raw materials of seamless calcium wire are steel wire and calcium powder. Steel wire is made by cold drawing or hot rolling and has high strength and flexibility. Calcium powder is obtained through ore beneficiation, crushing, grinding, and other processes.
2. Steel wire treatment: Steel wire must first go through a process of rust removal and cleaning to remove oxides and impurities on the surface. The wire is then cut into segments of appropriate length for subsequent processing and manufacturing.
3. Steel Wire Braiding: Braiding is one of the key steps in the production of seamless calcium wire. The steel wire is woven through a braiding machine to form a seamless mesh structure. The braiding machine has the characteristics of high speed and high efficiency, which can quickly complete the braiding process.
4. Calcium powder coating: The woven steel wire mesh needs to be coated with calcium powder. Calcium powder provides additional strength and corrosion resistance while also improving the mechanical properties of the wire. Calcium powder coating can be carried out by dipping, spraying, or other methods to ensure that the surface of the steel wire is evenly covered with a layer of calcium powder.
5. Drying and curing: The steel wire mesh coated with calcium powder needs to go through a drying and curing process. This can be done by placing the steel mesh in an environment with constant temperature and humidity, or by using drying equipment such as hot air or infrared rays. The purpose of curing is to enable the calcium powder to adhere firmly to the surface of the steel wire and form a hard protective layer.
6. Cutting and finishing: Cured calcium wire needs to be cut and finished so that it meets the specified size and length requirements. Cutting can be done using mechanical cutting tools or other cutting equipment, and finishing involves sanding and trimming the calcium wire to ensure its surface is smooth and hair-free.
7. Packaging and quality inspection: The last step is to package and quality inspect the seamless calcium wire. Seamless calcium wire is usually packaged in rolls or bundles for easy transportation and use. The purpose of quality inspection is to check the appearance quality, dimensional accuracy, and mechanical properties of calcium wire to ensure that the product meets relevant standards and requirements.
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