Product Categories
- Pure Calcium Rod Cored Wire
- Double-layer Pure Calcium Cored Wire
- Aluminum-calcium Cored Wire
- Aluminum Wire
- Silicon-calcium Cored Wire
- Aluminum-magnesium Cored Wire
- Calcium-iron Cored Wire
- Toner Cored Wire
- Ferro Titanium Cored Wire
- Manganese Nitrided Cored Wire
- Seamless Metal Calcium Cored Wire
- Seamless Granular Calcium Silicate Wire
Silicon Calcium Cored Wire
Silicon Calcium Cored Wire is a solid cored wire used for the precise injection of calcium and silicon into molten steel. It is a reliable and efficient material for ladle furnace refining, enabling effective deoxidation, desulfurization, and inclusion morphology control to significantly improve final steel quality and castability.
Product Specification
Wire Diameter
(mm)
Steel Strap Thickness
(mm)
Name Of The Core Powder Product
Specification Of Core Powder
Weight Of Core Powder
(g/m)
Linear Gram Weight
(g/m)
Total Mass Of Core Powder
(Kg)
Weight Of Wire Coil
(kg)
Coil Size
Package Weight
(KG)
Total Length Of The Wire Reel
(m)
13.5
0.65
Calcium Silicate Powder
28/50
220
500
594
1350
600*700
60
2700
16.5
0.55
Calcium Silicate Powder
31/60
290
570
1145
2250
750*1100
100
3947
(mm)
(mm)
(g/m)
(g/m)
(Kg)
(kg)
(KG)
(m)
Product Features
-
High core uniformity and consistent alloy composition.
-
Precise wire feeding speed control for accurate dosage.
-
Robust steel sheath for smooth, uninterrupted feeding.
-
Available in various diameters and alloy concentrations.
Application
-
Ladle Furnace (LF) treatment in secondary steelmaking.
-
Deoxidation and desulfurization of molten steel.
-
Modification of non-metallic inclusions (shape control).
-
Improving the fluidity of molten steel for continuous casting.
Advantages
-
Enhances steel cleanliness and mechanical properties.
-
Increases calcium yield and treatment efficiency.
-
Reduces nozzle clogging during casting.
-
Lowers overall alloy consumption and processing costs.
Enhances steel cleanliness and mechanical properties.
Increases calcium yield and treatment efficiency.
Reduces nozzle clogging during casting.
Lowers overall alloy consumption and processing costs.
Workshop
