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FEIYUE
Cored wire is an essential product in the steelmaking and casting industries, designed to enhance the quality and efficiency of steel production. Manufactured by encasing alloy materials within steel strips, cored wire delivers key metallurgical additives directly into molten steel or iron, ensuring optimal chemical reactions and improved absorption rates. This innovative solution serves as a powerful tool for deoxidation, desulfurization, and alloying, ultimately leading to superior steel quality and reduced production costs.
Calcium Silicon Cored Wire
Calcium Iron Cored Wire
Carbon Cored Wire
Titanium Iron Cored Wire
Calcium Aluminum Cored Wire
Silicon Calcium Barium Cored Wire
Silicon Aluminum Barium Calcium Cored Wire
Pure Calcium Cored Wire
Each type of cored wire serves a specific purpose and delivers unique benefits. Therefore, selecting the appropriate cored wire for a given application is critical to achieving optimal results.
Carbon Cored Wire: Used for carburization in steelmaking.
Rare Earth Magnesia-Silica-Calcium Alloy Cored Wire: Ideal for desulfurization processes.
High-Grade Alloy Cored Wire: Designed for precise alloy addition.
Iron-Calcium Cored Wire
Aluminum-Calcium Cored Wire
Alloy Cored Wire Type | Diameter | Filling rate | Specification |
CaSi Cored Wire | 9mm/13mm/16mm | 120/225/330 | Ca:30%min Si:55%min Al:1.5%maxS:0.06%max C:1.0%max Fe:4%maxP:0.05%max |
CaFe Cored Wire | 9mm/13mm/16mm | 140/260/360 | Ca:30%min Fe:68%min Al:0.8%max |
C Cored Wire | 9mm/13mm/16mm | 55/140/210 | C:98.5%min Ash:0.45%max V:0.4%maxS:0.5%max H2O:0.3%max P:0.2%max |
Pure Ca Cored Wire | 9mm/13mm | 58/155 | Ca:98.5%min Mg:0.5%max Al:0.5%max |
Solid Ca Cored Wire | 9mm/10mm | 9mm/10mm | Ca:98.5%min Mg:0.5%max Al:0.5%max |
FeS Cored Wire | 9mm/13mm | 220/370 | S:48%min Pb:0.1%max Zn:0.1%maxAs:0.1%max Fe:43%-45% Cu:0.05%maxMoisture:0.5%max SiO2:2.5%max |
CaAlFe Cored Wire | 9mm/13mm | 130/230 | Ca:40% Fe:30% Al:30% |
Pure Mg Cored Wire | 9mm/13mm | 80/170 | Mg:99%min |
SiBaCa Cored Wire | 9mm/13mm | 110/260 | Si:40%-50% Ba:10%-20% Ca:20%-30% |
FeSi Cored Wire | 9mm/13mm | 150/350 | Si:75%min Fe:Balance |
Cored wire is extensively used in steelmaking to achieve the following:
Cored wire is widely used in the deoxidation process of steelmaking. By adding deoxidizers to the molten steel via cored wire, oxygen levels are reduced, preventing the formation of unwanted oxides. This improves the steel's properties, making it more durable and reliable. For example, calcium silicon cored wire is commonly used in the deoxidation of steel, resulting in improved product quality.
Cored wire is also essential for the desulfurization of steel. By introducing desulfurizing agents, such as rare earth magnesia-silica-calcium alloy cored wire, it effectively reduces sulfur content in molten steel. This ensures that the final product meets stringent industry standards, particularly in applications that require high-strength and high-quality steel.
In addition to deoxidation and desulfurization, cored wire is used for precise alloy addition in steelmaking. Different types of cored wire, such as titanium iron cored wire and silicon calcium barium cored wire, are used to customize the properties of steel, such as hardness, corrosion resistance, and ductility. By carefully selecting the right alloying elements, steelmakers can create steel products suited to specific industrial applications.
The introduction of cored wire in steelmaking also helps improve the overall purity of steel. By refining inclusions and promoting controlled chemical reactions, cored wire enhances the mechanical properties of steel, ensuring that the final product meets high-performance standards. This is especially important in industries that require precise, high-quality materials such as aerospace, automotive, and construction.
By increasing the efficiency of alloy usage, cored wire reduces the overall consumption of alloy materials in steel production. This not only helps lower material costs but also improves the sustainability of steelmaking operations by reducing waste.
Our manufacturing facility is equipped to produce a wide range of cored wire specifications and varieties, tailored to meet diverse technical requirements. Our products have undergone rigorous industrial testing in numerous steel enterprises across the country, demonstrating consistent performance in terms of:
Cored wire significantly improves the quality of steel by refining inclusions in the molten metal. Through controlled feeding into molten steel, it promotes superior deoxidation and desulfurization. This refined process ensures that the steel's mechanical properties, such as tensile strength and durability, are enhanced, leading to superior final products.
One of the major advantages of using cored wire is its ability to increase the efficiency of alloy usage. The controlled introduction of alloying agents reduces waste and lowers overall costs. By improving the yield of alloy materials and reducing unnecessary consumption, cored wire ensures substantial cost savings in steel production.
Cored wire plays a significant role in enhancing the castability of molten steel. The use of cored wire helps increase the fluidity of the steel, making the casting process smoother and more efficient. This leads to fewer casting defects and enhanced production efficiency, thus improving the overall performance of steel products.
Each type of cored wire is tailored for specific alloying processes. This precision ensures that the desired alloy elements are introduced into the molten steel in the correct proportions. Whether used for deoxidation, desulfurization, or alloying, cored wire helps achieve the perfect balance of alloy elements for superior steel quality.
Our cored wire products are designed for optimal feeding and precise positioning within molten steel. The advanced feeding line equipment ensures that the cored wire reaches the ideal position in the steel, maximizing the chemical reactions and absorption rates. This results in minimal operational disruption and continuous production flow.
Cored wire is typically packaged in steel cages, with two primary packing methods available:
Inside Tap Type: Designed for easy dispensing during use.
Outside Put Type: Offers convenient storage and handling.
Cored wire simplifies the process of introducing metallurgical materials into molten steel during steelmaking. It ensures precise and efficient delivery of alloying elements, minimizing waste and maximizing absorption rates.
Cored wire is an indispensable tool in modern steelmaking and casting processes. Its ability to improve steel quality, reduce costs, and enhance operational efficiency makes it a valuable asset for steel manufacturers. By selecting the appropriate type of cored wire and utilizing it correctly, steelmakers can achieve superior results and gain a competitive edge in the industry.
For more information on our cored wire products and how they can benefit your operations, feel free to contact us. Hongshun is ready to assist you in finding the perfect solution for your steelmaking and casting needs.
Cored wire is an essential product in the steelmaking and casting industries, designed to enhance the quality and efficiency of steel production. Manufactured by encasing alloy materials within steel strips, cored wire delivers key metallurgical additives directly into molten steel or iron, ensuring optimal chemical reactions and improved absorption rates. This innovative solution serves as a powerful tool for deoxidation, desulfurization, and alloying, ultimately leading to superior steel quality and reduced production costs.
Calcium Silicon Cored Wire
Calcium Iron Cored Wire
Carbon Cored Wire
Titanium Iron Cored Wire
Calcium Aluminum Cored Wire
Silicon Calcium Barium Cored Wire
Silicon Aluminum Barium Calcium Cored Wire
Pure Calcium Cored Wire
Each type of cored wire serves a specific purpose and delivers unique benefits. Therefore, selecting the appropriate cored wire for a given application is critical to achieving optimal results.
Carbon Cored Wire: Used for carburization in steelmaking.
Rare Earth Magnesia-Silica-Calcium Alloy Cored Wire: Ideal for desulfurization processes.
High-Grade Alloy Cored Wire: Designed for precise alloy addition.
Iron-Calcium Cored Wire
Aluminum-Calcium Cored Wire
Alloy Cored Wire Type | Diameter | Filling rate | Specification |
CaSi Cored Wire | 9mm/13mm/16mm | 120/225/330 | Ca:30%min Si:55%min Al:1.5%maxS:0.06%max C:1.0%max Fe:4%maxP:0.05%max |
CaFe Cored Wire | 9mm/13mm/16mm | 140/260/360 | Ca:30%min Fe:68%min Al:0.8%max |
C Cored Wire | 9mm/13mm/16mm | 55/140/210 | C:98.5%min Ash:0.45%max V:0.4%maxS:0.5%max H2O:0.3%max P:0.2%max |
Pure Ca Cored Wire | 9mm/13mm | 58/155 | Ca:98.5%min Mg:0.5%max Al:0.5%max |
Solid Ca Cored Wire | 9mm/10mm | 9mm/10mm | Ca:98.5%min Mg:0.5%max Al:0.5%max |
FeS Cored Wire | 9mm/13mm | 220/370 | S:48%min Pb:0.1%max Zn:0.1%maxAs:0.1%max Fe:43%-45% Cu:0.05%maxMoisture:0.5%max SiO2:2.5%max |
CaAlFe Cored Wire | 9mm/13mm | 130/230 | Ca:40% Fe:30% Al:30% |
Pure Mg Cored Wire | 9mm/13mm | 80/170 | Mg:99%min |
SiBaCa Cored Wire | 9mm/13mm | 110/260 | Si:40%-50% Ba:10%-20% Ca:20%-30% |
FeSi Cored Wire | 9mm/13mm | 150/350 | Si:75%min Fe:Balance |
Cored wire is extensively used in steelmaking to achieve the following:
Cored wire is widely used in the deoxidation process of steelmaking. By adding deoxidizers to the molten steel via cored wire, oxygen levels are reduced, preventing the formation of unwanted oxides. This improves the steel's properties, making it more durable and reliable. For example, calcium silicon cored wire is commonly used in the deoxidation of steel, resulting in improved product quality.
Cored wire is also essential for the desulfurization of steel. By introducing desulfurizing agents, such as rare earth magnesia-silica-calcium alloy cored wire, it effectively reduces sulfur content in molten steel. This ensures that the final product meets stringent industry standards, particularly in applications that require high-strength and high-quality steel.
In addition to deoxidation and desulfurization, cored wire is used for precise alloy addition in steelmaking. Different types of cored wire, such as titanium iron cored wire and silicon calcium barium cored wire, are used to customize the properties of steel, such as hardness, corrosion resistance, and ductility. By carefully selecting the right alloying elements, steelmakers can create steel products suited to specific industrial applications.
The introduction of cored wire in steelmaking also helps improve the overall purity of steel. By refining inclusions and promoting controlled chemical reactions, cored wire enhances the mechanical properties of steel, ensuring that the final product meets high-performance standards. This is especially important in industries that require precise, high-quality materials such as aerospace, automotive, and construction.
By increasing the efficiency of alloy usage, cored wire reduces the overall consumption of alloy materials in steel production. This not only helps lower material costs but also improves the sustainability of steelmaking operations by reducing waste.
Our manufacturing facility is equipped to produce a wide range of cored wire specifications and varieties, tailored to meet diverse technical requirements. Our products have undergone rigorous industrial testing in numerous steel enterprises across the country, demonstrating consistent performance in terms of:
Cored wire significantly improves the quality of steel by refining inclusions in the molten metal. Through controlled feeding into molten steel, it promotes superior deoxidation and desulfurization. This refined process ensures that the steel's mechanical properties, such as tensile strength and durability, are enhanced, leading to superior final products.
One of the major advantages of using cored wire is its ability to increase the efficiency of alloy usage. The controlled introduction of alloying agents reduces waste and lowers overall costs. By improving the yield of alloy materials and reducing unnecessary consumption, cored wire ensures substantial cost savings in steel production.
Cored wire plays a significant role in enhancing the castability of molten steel. The use of cored wire helps increase the fluidity of the steel, making the casting process smoother and more efficient. This leads to fewer casting defects and enhanced production efficiency, thus improving the overall performance of steel products.
Each type of cored wire is tailored for specific alloying processes. This precision ensures that the desired alloy elements are introduced into the molten steel in the correct proportions. Whether used for deoxidation, desulfurization, or alloying, cored wire helps achieve the perfect balance of alloy elements for superior steel quality.
Our cored wire products are designed for optimal feeding and precise positioning within molten steel. The advanced feeding line equipment ensures that the cored wire reaches the ideal position in the steel, maximizing the chemical reactions and absorption rates. This results in minimal operational disruption and continuous production flow.
Cored wire is typically packaged in steel cages, with two primary packing methods available:
Inside Tap Type: Designed for easy dispensing during use.
Outside Put Type: Offers convenient storage and handling.
Cored wire simplifies the process of introducing metallurgical materials into molten steel during steelmaking. It ensures precise and efficient delivery of alloying elements, minimizing waste and maximizing absorption rates.
Cored wire is an indispensable tool in modern steelmaking and casting processes. Its ability to improve steel quality, reduce costs, and enhance operational efficiency makes it a valuable asset for steel manufacturers. By selecting the appropriate type of cored wire and utilizing it correctly, steelmakers can achieve superior results and gain a competitive edge in the industry.
For more information on our cored wire products and how they can benefit your operations, feel free to contact us. Hongshun is ready to assist you in finding the perfect solution for your steelmaking and casting needs.
