Chrome Magnetite Brick, Tata FrT-2, India
Original price was: ৳ 1,250.৳ 1,200Current price is: ৳ 1,200.
Chrome magnetite brick Tata FrT-2 for durable high temperature refractory furnace lining.
The Chrome Magnetite Brick Tata FrT-2 is a high-grade refractory brick manufactured in India for use in demanding high temperature industrial applications. This brick is designed to perform reliably in furnaces, kilns, and thermal processing units where resistance to heat, slag, and mechanical stress is essential.
This chrome magnetite brick is commonly used as a lining material in steel plants, cement factories, non-ferrous metal industries, and other heavy industrial facilities. Its composition provides strong resistance to chemical attack from slags and gases, helping to maintain stable furnace operation under continuous high heat conditions. The dense structure of the brick reduces wear and minimizes deformation during long-term use.
Tata FrT-2 chrome magnetite bricks are produced under controlled manufacturing conditions to ensure consistent quality and dimensional accuracy. This helps engineers and maintenance teams achieve proper furnace lining installation with tight joints and uniform coverage. Proper lining contributes to improved thermal efficiency and reduced heat loss during operation.
The brick offers good mechanical strength, allowing it to withstand load-bearing conditions in furnace walls and floors. Its stable performance under fluctuating temperatures makes it suitable for both continuous and intermittent industrial processes. The material properties help extend lining service life, reducing shutdown frequency and maintenance costs.
RTC Dhaka supplies Chrome Magnetite Brick Tata FrT-2 to industrial clients across Bangladesh. This product is suitable for new furnace construction as well as replacement and repair work in existing refractory systems. It is selected by plant operators who require dependable refractory materials for critical high temperature zones.
This brick is recommended for industries that prioritize operational safety, thermal stability, and long-term performance. Proper installation and correct application according to furnace design requirements will ensure optimal results in industrial environments.


