MAK Series
Mag-Alumina-Chromite Bricks (HYBRIMAG MAK)
With over 60 years of production history, High Purity Magnesia Brick is one of the traditional superior products of MRL, renowned for its reliable performance in demanding environments. The HYBRIMAG MAK Series is a high-performance range of sintered Mag-Alumina-Chromite bricks designed for applications with intense thermal loads and frequent thermal shock. Made from high-purity fused magnesia, synthetic spinel, and a small amount of chromite, these bricks are manufactured under high pressure and ultra-high firing temperatures. Compared with conventional magnesia-alumina bricks, MAK bricks offer significantly improved load softening temperature, thermal shock resistance, and corrosion durability, making them ideal for harsh high-temperature conditions.
Application
- Non-Ferrous & Metallurgy: Widely used in zinc smelting rotary kilns, upper zones of high-temperature industrial kilns, areas exposed to intense thermal shocks, and locations subject to long-term high-temperature loads. Also suitable for kiln roof areas requiring high load-bearing performance.
Non-Ferrous
Description
- High load softening temperature for long-term performance under high thermal stress
- Excellent thermal shock resistance in fluctuating temperature environments
- Strong resistance to slag and corrosive atmospheres
- Dense structure and high mechanical strength ensure extended service life
MAK Series
Mag-Alumina-Chromite Bricks (HYBRIMAG MAK)
With over 60 years of production history, High Purity Magnesia Brick is one of the traditional superior products of MRL, renowned for its reliable performance in demanding environments. The HYBRIMAG MAK Series is a high-performance range of sintered Mag-Alumina-Chromite bricks designed for applications with intense thermal loads and frequent thermal shock. Made from high-purity fused magnesia, synthetic spinel, and a small amount of chromite, these bricks are manufactured under high pressure and ultra-high firing temperatures. Compared with conventional magnesia-alumina bricks, MAK bricks offer significantly improved load softening temperature, thermal shock resistance, and corrosion durability, making them ideal for harsh high-temperature conditions.
Application
- Non-Ferrous & Metallurgy: Widely used in zinc smelting rotary kilns, upper zones of high-temperature industrial kilns, areas exposed to intense thermal shocks, and locations subject to long-term high-temperature loads. Also suitable for kiln roof areas requiring high load-bearing performance.
Non-Ferrous
Description
- High load softening temperature for long-term performance under high thermal stress
- Excellent thermal shock resistance in fluctuating temperature environments
- Strong resistance to slag and corrosive atmospheres
- Dense structure and high mechanical strength ensure extended service life
MAK Series
Mag-Alumina-Chromite Bricks (HYBRIMAG MAK)
With over 60 years of production history, High Purity Magnesia Brick is one of the traditional superior products of MRL, renowned for its reliable performance in demanding environments. The HYBRIMAG MAK Series is a high-performance range of sintered Mag-Alumina-Chromite bricks designed for applications with intense thermal loads and frequent thermal shock. Made from high-purity fused magnesia, synthetic spinel, and a small amount of chromite, these bricks are manufactured under high pressure and ultra-high firing temperatures. Compared with conventional magnesia-alumina bricks, MAK bricks offer significantly improved load softening temperature, thermal shock resistance, and corrosion durability, making them ideal for harsh high-temperature conditions.
Application
- Non-Ferrous & Metallurgy: Widely used in zinc smelting rotary kilns, upper zones of high-temperature industrial kilns, areas exposed to intense thermal shocks, and locations subject to long-term high-temperature loads. Also suitable for kiln roof areas requiring high load-bearing performance.
Non-Ferrous
Description
- High load softening temperature for long-term performance under high thermal stress
- Excellent thermal shock resistance in fluctuating temperature environments
- Strong resistance to slag and corrosive atmospheres
- Dense structure and high mechanical strength ensure extended service life