High purity corundum and fused mullite are selected as the main raw materials, and an appropriate amount of ultrafine powder is added. Through microstructure design and improvement, the repair adhesive has excellent construction performance, slag resistance, and erosion resistance. We can design reasonable repair materials based on the lining material. For the convenience of use, we have already prepared and produced the adhesive paste in the factory, without the need for secondary mixing, and can directly repair the furnace lining. Before repair, residual metal and slag in the repair area should be removed. When repairing, take an appropriate amount of repair adhesive and directly adhere it to the surface of the repair area. Use a hammer to strike the repair material to ensure good bonding with the repair surface, and dry it before use.
Detailed Introduction
Basic features: High pure white corundum and fused mullite are selected as the main raw materials, and an appropriate amount of ultrafine powder is added. Through microstructure design and improvement, the repair adhesive has excellent construction performance, anti slag performance, and anti erosion performance. We can design reasonable repair materials based on the lining material. For the convenience of use, we have already prepared and produced the adhesive paste in the factory, without the need for secondary mixing, and can directly repair the furnace lining. Before repairing, residual metal and slag in the repaired area should be removed. When repairing, take an appropriate amount of repair adhesive and directly adhere it to the surface of the repair area. Use a hammer to strike the repair material to ensure good bonding with the repair surface, and dry it before use.
Packaging: 25kg plastic drum or paper box packaging, plastic inner film; Store in a dry place to avoid moisture; It is recommended to store for no more than 6 months.
Attention: Different materials of repair materials may have slight corrosiveness. Please be sure to take protective measures to avoid splashing into the eyes.
|
Project |
XLXB-101 |
XLXB-102 |
|
Al2O3 |
≥ 68 |
≥ 75 |
|
SiO2 |
≤ 26 |
≤ 9 |
|
Cr2O3 |
-- |
<4 |
|
Density g/cm3 |
≥ 2.65 |
≥ 2.85 |
|
Fire resistance ℃ |
≥ 1700 |
≥ 1750 |
|
Pressure resistance strength; (110℃/24h) |
≥ 49 |
≥ 49 |
|
Pressure resistance strength; (1100℃/3h) |
≥ 76 |
≥ 76 |

