
Phosphate-Bonded High-Alumina Brick
Phosphate-bonded high-alumina brick, usable without high-temperature firing, for cement kiln transition zones.
Integrated refractory packages for rotary kilns, preheaters, precalciners and grate coolers.
Typical kilns in this industry — click each to see its specific problems and solutions
The rotary kiln burning zone exceeds 1400°C; coating stability determines magnesia brick life, while the transition zone faces thermal shock and mechanical stress.
View Problems & Solutions →Preheater cyclones and the precalciner suffer build-up from alkali/chlorine/sulfur cycles; anti-build-up and wear-resistant linings are key.
View Problems & Solutions →The grate cooler hot end absorbs clinker drop impact and secondary-air abrasion; heavy-duty steel-fiber wear-resistant castables are widely used.
View Problems & Solutions →The kiln hood connects the rotary kiln and grate cooler; suspended roof structure and side-wall thermal shock resistance drive maintenance.
View Problems & Solutions →
Phosphate-bonded high-alumina brick, usable without high-temperature firing, for cement kiln transition zones.

ZrO₂-containing spalling-resistant high-alumina brick for cement kilns.

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General-purpose fireclay brick with good thermal shock resistance at economical cost.

Chrome-free magnesia-spinel brick for cement kiln burning zones, environmental and erosion resistant.
Silicon-mullite brick with wear resistance and low conductivity for coolers and transition zones.
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