Working Principle
As the porosity structure of ceramic fiber is penetrating porosity, there will be heat convection in the heat transfer process for positive or negative pressure furnace. When the modifying agent penetrates the fiber surface, it will improve the porosity structure of the fiber surface and block the convective heat transfer, thus reducing the temperature of the outer wall and achieving more energy-saving effect.
Brief Description
The product penetrates into the interior of fiber products, forming a hardened layer on the surface that is essentially different from a coating and will never come off over time.
Advantages
Spraying this product on the fiber surface can make the surface form a hardened layer, thus achieving the following characteristics:
lt can significantly improve the strength of the working surface of refractory fiber products and increase the surface resistance to scouring.
It can effectively inhibit the shrinkage of fiber products and effectively reduce the phenomenon of fire penetration from the furnace body.
temIndexProduct NameOsmotic-High Efficiency Reinforcing Modifying Agent RS-GXJ1BD,(g/cm3)1.35-1.40Al2O3+SiO2,after drying,%≥99.5Refractoriness,℃1650Product FormLiquidShelf Life6 months at 0-45℃
Specification
| Item |
Index |
| Product Name |
Osmotic-High Efficiency Reinforcing Modifying Agent RS-GXJ1 |
| BD,(g/cm3) |
1.35-1.40 |
| Al2O3+SiO2,after drying,% |
≥99.5 |
| Refractoriness,℃ |
1650 |
| Product Form |
Liquid |
| Shelf Life |
6 months at 0-45℃ |
Application
Large furnace cover, ladle cover, chemical industry heating furnace, hot blast furnace, hot air duct large shuttle kiln, heat treatment furnace, industrial electric furnace, etc.
Product Tags:
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Reinforcing Modifying Agent Osmotic High Efficiency Images
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