Product Details
Product Introduction
The high-alumina insulation bricks launched by Rongsheng Kiln Refractory Co., Ltd. are energy-saving and environmentally friendly refractory materials designed specifically for high-temperature furnaces. This product adopts the internationally advanced foam rapid setting technology, which creates a lighter volume density and strong compressive strength; at the same time, it maintains excellent performance under high temperature, such as high load softening temperature and strict dimensional tolerance control. Its excellent thermal stability, combined with its stable thermal conductivity, ensures the insulation effect of the high-temperature furnace body, effectively reduces the total weight of the furnace body, and reduces the thickness of the furnace wall. These characteristics make our high-alumina insulation bricks widely used in the insulation layer of a variety of industrial hot processing equipment, especially for lining parts without strong high-temperature molten corrosion. Using Rongsheng Kiln's high-alumina insulation bricks means that you can improve the thermal efficiency of your production facilities, save energy consumption, and ultimately achieve considerable economic savings.
Advantages and features
1. Adopt advanced foam quick-setting technology to ensure low bulk density and high compressive strength 2. High load softening temperature to ensure stable performance in extreme high temperature environments 3. Precise dimensional tolerance control to achieve excellent construction fit 4 . Outstanding thermal stability and stable thermal conductivity improve the thermal insulation performance of the furnace body. 5. Lightweight structure, effectively reducing the burden on the furnace body and reducing the need for structural support. 6. Significant energy-saving performance, helping to reduce energy consumption and achieve economic costs. save
Application Scenario
1. High-efficiency thermal insulation layer for industrial thermal processing equipment 2. Furnace lining parts that are not corroded by strong high-temperature molten materials