Ferro Silicon Alloy

Ferrosilicon Nitride FeSiN N30 with 30% nitrogen content enhances blast furnace taphole clay & refractory bonding. Improves durability, thermal resistance, and erosion resistance for longer service life. Available in 10-50mm size with certified quality.

Ferrosilicon Nitride FeSiN N30 with 30% nitrogen content enhances blast furnace taphole clay & refractory bonding. Improves durability, thermal resistance, and erosion resistance for longer service life. Available in 10-50mm size with certified quality.

Ferro Silicon Nitride (FeSiN) enhances refractories with anti-crack performance and high-temperature stability (>1400°C). It improves refractory lifespan, reduces maintenance costs, and serves as a nitrogen carrier in steelmaking. Available in 10-50mm, 1MT bags.

Ferro Silicon Nitride (FeSiN) enhances refractories with anti-crack performance and high-temperature stability (>1400°C). It improves refractory lifespan, reduces maintenance costs, and serves as a nitrogen carrier in steelmaking. Available in 10-50mm, 1MT bags.

Ferro Silicon Nitride (FeSiN) enhances refractories with anti-crack performance and high-temperature stability (>1400°C). It improves refractory lifespan, reduces maintenance costs, and serves as a nitrogen carrier in steelmaking. Available in 10-50mm, 1MT bags.

Ferro Silicon Nitride (FeSiN) enhances refractories with anti-crack performance and high-temperature stability (>1400°C). It improves refractory lifespan, reduces maintenance costs, and serves as a nitrogen carrier in steelmaking. Available in 10-50mm, 1MT bags.

Ferro Silicon Nitride FeSiN Lump (10-50mm) offers high thermal stability above 1400°C, excellent anti-crack performance, and strong nitrogen alloying for improved steel quality. Factory supply ensures consistent melting behavior for bulk steel industry demand.

FeSiN alloy (10-50mm) boosts steel strength & reduces cracking via nitrogen alloying. Enhances refractory durability in high-temp processes. 70-80% Si, 20-35% N content for reliable bulk supply.

FeSiN alloy for steelmaking & refractories. High-temperature resistance (1400°C+), excellent anti-wear performance, dual nitrogen alloying + refractory reinforcement. Consistent bulk supply with stable quality to reduce downtime.

Ferro Silicon Nitride (FeSiN) enhances refractories with anti-crack performance and high-temperature stability (>1400°C). It improves refractory lifespan, reduces maintenance costs, and serves as a nitrogen carrier in steelmaking. Available in 10-50mm, 1MT bags.

Ferro Silicon Nitride (FeSiN) enhances refractories with anti-crack performance and high-temperature stability (>1400°C). It improves refractory lifespan, reduces maintenance costs, and serves as a nitrogen carrier in steelmaking. Available in 10-50mm, 1MT bags.

Ferro Silicon Nitride (FeSiN) enhances refractories with anti-crack performance and high-temperature stability (>1400°C). It improves refractory lifespan, reduces maintenance costs, and serves as a nitrogen carrier in steelmaking. Available in 10-50mm, 1MT bags.

Silicon Iron 55/75 | High Purity FeSi Alloy Premium-grade industrial FeSi with reliable particle size distribution for efficient steel refining, precise alloying, and repeatable foundry results. Industrial Challenge: Consistent Silicon Addition In modern steelmaking and foundry operations, precise silicon control is crucial for: Effective steel deoxidation, minimizing oxygen-related defects Maintaining consistent alloy chemistry across carbon, alloy, and specialty steels

Ferrosilicon 65/75 | Industrial Grade FeSi for Steelmaking, Deoxidation, Foundry & Alloy Steel Applications Available in 10–100mm and 10–220mm particle sizes to meet diverse industrial requirements. Industrial Challenge: Ensuring Precise Silicon Addition in Steel and Alloy Production In modern steelmaking and foundry processes, controlled silicon input is essential for: Effective steel deoxidation, preventing oxygen-related defects Maintaining consistent alloy chemistry

FeSi 55/65 | Premium Silicon Iron for Steelmaking, Deoxidation, Foundry & Alloy Steel | 10–220mm Industrial Grade Industrial Challenge: Controlling Silicon for Consistent Steel and Cast Iron Quality In steelmaking and foundry operations, precise silicon control is critical to: Achieve effective deoxidation and minimize oxygen-related defects Maintain consistent chemical composition in carbon and alloy steels Stabilize graphitization and melt quality in gray and ductile iron

Silicon Iron 75/65 | Industrial FeSi Alloy for Steelmaking, Deoxidation, Casting & Alloy Steel Industrial-grade ferrosilicon alloy available in multiple size options (10-50mm / 10-100mm) for precise metallurgical applications. Industrial Challenge: Achieving Consistent Silicon Addition in Steelmaking In steelmaking and foundry operations, precise silicon control is essential for: Effective steel deoxidation to minimize oxygen-related defects Maintaining consistent alloy

Ferrosilicon 55/65 | High Purity FeSi for Steel Refining, Deoxidation, Foundry & Alloy Applications Industrial Challenge: Maintaining Stable Silicon Input in Steelmaking and Foundry In modern steelmaking and foundry operations, precise silicon control is crucial for: Effective steel deoxidation and reduction of oxygen-related defects Maintaining consistent chemical composition in carbon and alloy steels Stabilizing graphitization and melt quality in gray and ductile iron

FeSi 65/75 | Industrial Grade Silicon Iron for Steelmaking, Deoxidation, Foundry & Alloy Steel 10–220mm Granules Industrial Challenge: Controlling Silicon for Consistent Steel and Cast Iron Quality In modern steelmaking and foundry operations, precise silicon addition is crucial for: Achieving stable deoxidation and minimizing oxygen-related defects Maintaining consistent alloy composition for high-grade steels Improving graphitization and melt stability in ductile and gray

Silicon Iron 55/75 | Premium FeSi Alloy for Steelmaking, Deoxidation, Casting & Alloy ProductionIndustrial Challenge: Controlling Silicon Input for Steel & Alloy ProductionIn steelmaking and foundry operations, precise silicon addition is essential for:Deoxidation control in carbon and alloy steelsMaintaining uniform steel chemistry for high-grade alloy steelsOptimizing graphitization and melt stability in cast ironReducing costs caused by repeated alloying corrections or

Ferrosilicon 75/65 | High Purity FeSi for Steelmaking, Deoxidation, Foundry & Alloy Steel Applications Industrial Challenge: Efficient Silicon Addition in Steelmaking and Foundry Silicon plays a critical role in deoxidation, alloying, and foundry processes, but industrial operations often encounter challenges: Silicon loss from oxidation or fines during furnace charging Inconsistent silicon addition affecting steel and alloy chemical composition Graphitization and melt