Basic Ramming Mass
Magnesia-based ramming mass is a monolithic refractory material primarily composed of magnesia (MgO). It is widely used for lining furnaces, particularly in the steelmaking industry. This dry, bulk material is rammed into place during construction or repair, providing excellent resistance to high temperatures, thermal shock, and corrosion caused by molten metals and slags.
Magnesia ramming mass is produced using sintered or fused magnesia as the main component, combined with fine powders, binders, and sintering aids. It is installed by compacting (ramming) the material into place, either manually or with mechanical tools.
Features
- Chemically basic in nature: Ideal for areas where slag is basic.
- High Durability: Offers superior refractoriness, volume stability, and resistance to erosion and thermal shock. Compared to other refractory materials, such as magnesia bricks, magnesia ramming mass is more cost-effective and easier to install, especially for repair work.
- Enhanced Safety: Mechanised application reduces risk and improves worker safety.
Benefits
- Extended Service Life: Lowers the need for frequent maintenance of vessels and furnaces.
- Improved Productivity: Minimises operational interruptions.
- Eco-Friendly: 100% recyclable, reducing waste and environmental impact for a greener future.
Applications
- Converter: Backup lining, joints, taphole, etc.
- EAF (Electric Arc Furnace): EBT fixing and repair, backup lining, slag door, bottom, etc.
- Ladle: Backup lining, lip bottom, joints, etc.
- Snorkel: Bottom area.
