Unburned Carbon-free Brick

Al2O3 - MgO Carbon-free Bricks

Unburned carbon-free bricks are high-tech refractory products offering high corrosion resistance and low thermal conductivity versus products containing carbon, while also ensuring a reduction in thermal losses. Its carbon-free design facilitates a drastic reduction in carbon pick up into steel, helping customers to reduce their carbon footprint and environmental impact.

Features and Benefits

Unburned Carbon-free Brick Benefits
  • Low Conductivity
  • Extremely lower energy loss
  • Lower carbon pick up
  • High corrosion resistance
Product Use

Metal Line

FAQ

Is it possible to measure the reduction in thermal loss generated by this solution?

Saint-Gobain Performance Ceramics & Refractories and its partner companies employ a combination of computer simulations and specific customer-focused technical proposals to generate a detailed report on potential thermal loss reduction. Using this information, customers can make informed decisions around the use of carbon-free products.

What are the benefits of adding Saint-Gobain Performance Ceramics & Refractories’ unburned carbon-free bricks to steel ladles and other equipment?

The addition of unburned carbon-free bricks to steel ladles and other equipment will result in a reduction in energy losses due to their lower thermal conductivity versus conventional products containing carbon. This feature will indirectly contribute to a reduction in CO2 emissions and a more environmentally friendly process.

Documents

Articles
C-free Refractory for Reducing the Steel Ladle Energy Consumption - Article

Numerical Analysis and In-sity Measurements

PDF | 2.31 MB
Carbon Free SL Unitecr 2019
Articles
Ladle Bottom Design for Optimized Steel Flow and Metallic Yield - Article

During the steelmaking process, the liquid metal is poured from the converter into the ladle. The ladle
undergoes metallurgical treatments for chemical

PDF | 1.31 MB
Ladle Bottom Design for Optimized Steel Flow and Metallic Yield