Ladle Flow Control

Slide Gate Refractories

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Based on casting conditions and different steel grades to be cast, IFGL provides optimum quality solutions for enhanced life of plate with the following range of refractory materials:
  • Magnesia-Carbon.
  • Magnesia-Alumina-Carbon.
  • Magnesia-Spinel-Carbon.
  • Spinel-Carbon.
  • Alumina.
  • Alumina-Carbon.
  • Alumina-Zirconia-Carbon.
  • Zirconia.
  • Excellent erosion resistance.
  • Anti-Abrasion against metal flow.
  • Thermal Spalling Resistance.
  • Anti-Oxidation capabilities.
  • Improved bulk density, Apparent Porosity, CCS, etc.
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The plates have an innovative design based on 3D stress Modelling and Finite Element Method analysis studies.
The plates have an innovative design based on 3D stress Modelling and Finite Element Method analysis studies.
Crack control in the plate is achieved by special octagonal shape & hot banding, along with special refractory cushion mats. These results in high performance of the plates.
Crack control in the plate is achieved by special octagonal shape & hot banding, along with special refractory cushion mats. These results in high performance of the plates.

Slide Gate Components:

The plates have an innovative design based on 3D stress Modelling and Finite Element Method analysis studies.
The plates have an innovative design based on 3D stress Modelling and Finite Element Method analysis studies.
Crack control in the plate is achieved by special octagonal shape & hot banding, along with special refractory cushion mats. These results in high performance of the plates.
Crack control in the plate is achieved by special octagonal shape & hot banding, along with special refractory cushion mats. These results in high performance of the plates.

Ladle Slide Gate Mechanism

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Ladle-Slide-Gate-Mechanism-1

Easy usability, extreme stress resistance and minimal deformations at high temperatures make our ladle slide gate (LSG) mechanism stand out. With full compatibility with all types of ladles, the LSG mechanism can be used to optimally handle the slide gate plates, collector nozzles, upper nozzles, and other related components. Nodular cast iron of high gradation is used to design our LSG systems, ensuring greater reliability & durability. Designed as per the latest industry standards, our refractories offer excellent erosion-resistance.

  • Safe System.
  • Simple and fast Operation.
  • Operator Friendly Design.
  • Compact Construction.
  • Low Maintenance demand.
  • High Refractory Performance.
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Ladle-Slide-Gate-Mechanism-1

Ladle Well-filler

Backed by extensive research, our ladle well-filler refractories have precise sintering characteristics. Zircon, chromite and quartz sands are used to design the fillers, which help in smooth and completely safe opening of the steel casting ladles. Customised ladle well-fillers are present in our portfolio, to meet precise steelmaking requirements. Chances of oxygen burning and resultant ladle opening failures are considerably reduced, bolstering the overall reliability, effectiveness & safety of refractory dispensing systems.

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