Tundish Linings

Basic Spray Mass

(Including Spraying Equipment)

At IFGL, we manufacture sprayable lightweight magnesia based coating for the working lining of continuous casting tundishes. We use finest materials and high-quality additives to prepare the refractory mix for the Basic Spray Mass. The top-notch anti-corrosion and anti-erosion features of our spraying mass ensure longevity. Specialised spraying/gunning machines are used for safely installing the spraying equipment. The high sintering and application temperature of the spray mass ensures greater reliability and usability.

Few salient features of our Spray Tundish Lining:

  • Provides good insulation properties
  • Excellent erosion resistance and smooth deskulling
  • Reduced Hydrogen pick-up
  • Rebound loss is eliminated & economical

Spray Machine for BSM

Our Spray Machines for BSM comes with the following salient features:
  • Safe System
  • Customised Design
  • Consistent wet spraying
  • Simple and fast Operation
  • Operator Friendly Design
  • Compact Construction
  • Low Maintenance demand
  • Hopper Capacity up to 3 tonnes

Dry Vibratable Mass (DVM)

Dry Vibratable Mass (DVM) can be set up easily in all types of foundry machinery, including furnaces. Easy mobility and simplified installation are key advantages. The mass can be set up easily in all types of foundry machinery, including furnaces. Unlike the traditionally used thermal concrete material, our DVM products do not require long-drawn sintering or drying processes, and they retain their coherency at extreme temperatures. We prepare different types of dry vibratable mass, to bolster overall metal productivity and efficiency. IFGL manufactures and supplies a range of Heat set Dry Vibratable Mass (DVM) with Magnesia content ranging from 60% to 90%.
Few salient features of IFGL DVM Tundish lining:
  • Water free system
  • Reduces Hydrogen pick up
  • Equally suited for both Hot and Cold Tundish practice
  • Easy Deskulling
  • Reduced fuel consumption
  • Environment friendly
  • Free flowing in nature, helping the installation process
  • Low maintenance equipment
  • Low manpower during installation
Portable Hot Air Generator (PHAG) for DVM
Salient features of IFGL PHAG are:
  • Safe System
  • Customised Design
  • Simple and fast Operation
  • Operator Friendly Design
  • Compact Construction
  • Low Maintenance demand

Tundish Safety Lining

Our Tundish Safety Linings come with excellent stability and powerful thermal insulation properties to deliver optimal performance and reliability. The refractory composition of the Safety Lining ensures resistance against both tundish slag as well as molten steel at extreme temperatures. Deskulling the Tundish Lining is easy, the oxygen potential is low, and chances of hydrogen pickup (by the liquid steel) are minimised. The material used in the linings does not erode or lose its chemical integrity over time. IFGL offers its customers with a wide range of Castables for Backup Lining installation and repair works. This consists of Dense, Low Cement, Ultralow cement and self-flow Castables depending upon the nature of application and requirement of customer. Few salient features of IFGL Castable for Backup Lining are:
  • Simple Installation
  • High strength & high thermal shock resistance
  • Minimizes Heat loss due to Low Thermal Conductivity
  • Long Service Life

Tundish Cover Lining

Along with entire Tundish refractory lining and accessories, IFGL ensures exemplary quality materials for Tundish cover too. Our series of Tundish Cover Linings use premium-grade refractory cement & additives. The deskulling process of our linings are quick and simple thereby shortening the average tundish turnaround times. Excellent insulation properties of our refractory cover linings also help in efficiently managing the shell temperature of the tundish. There are no chances of liquid metal leakage from the tundish either. Custom-designed linings are available. Few salient features of IFGL Castable for Cover Lining :
  • Simple Installation
  • High strength & high thermal shock resistance
  • Minimizes Heat loss due to Low Thermal Conductivity
  • Long Service Life

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