Ultra-High-Strength Nano Thermal Insulation Block

RS Refractory Bricks Manufacturer is a refractory manufacturer with rich experience in the production and sales of refractory materials. We are committed to providing better refractory products for high-temperature industrial furnaces. Whether it is dense refractory bricks and dense refractory castables for working lining, or thermal insulation refractories and insulation materials for insulation layers. We not only provide related kiln refractory materials products but also provide the design and construction of rotary kiln refractory lining materials. Our new insulation material product, Ultra-High-Strength Nano Thermal Insulation Block, has low thermal conductivity and high strength. It can effectively insulate the rotary kiln and save production energy.

Ultra-High-Strength Nano Thermal Insulation Block
Ultra-High-Strength Nano Thermal Insulation Block

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    Ultra-High-Strength Nano Thermal Insulation Block Features and Applications

    Ultra-High-Strength Nano Thermal Insulation Block takes into account the compressive strength of heavy refractory bricks with a volume density above 2.3 g/cm3 and at the same time the thermal conductivity of lightweight bricks with a volume density of 0.8 g/cm3. It is the best choice for thermal insulation materials in dynamic kilns such as cement rotary kilns, hazardous waste rotary kilns, alumina calcining rotary kilns, and pelletizing rotary kilns, which have high requirements on the compressive strength of materials.

    Application of Ultra-High-Strength Nano Thermal Insulation Block in Rotary Kiln
    Application of Ultra-High-Strength Nano Thermal Insulation Block in Rotary Kiln

    Ultra-High-Strength Nano Thermal Insulation Block Application Advantages

    As everyone knows, the large-scale rotary kiln cold surface temperature of the cement industry is generally 280~320 ℃. Because there is no material with high strength and low thermal conductivity, it cannot effectively insulate, resulting in a huge waste of energy. According to calculations, the use of RS Refractory Bricks Factory‘s 40-50mm thick Ultra-High-Strength Nano Thermal Insulation Block in conjunction with conventional cement kiln working layer materials can reduce the temperature of the cold surface of the kiln body by 100°C-130°C. A medium-sized clinker line with a daily output of 5,000 tons can save about 5,500 tons of standard coal per year. The rotary kiln in the cement industry alone can save the company 20 billion in fuel costs every year. Various types of rotary kilns are used in more than a dozen industries, which can save hundreds of billions of energy consumption costs for enterprises every year.

    Ultra-High-Strength Nano Thermal Insulation Block Index Advantage

    Products Ultra-high Strength Nano Insulation Brick RSNJ-1 Ultra-high Strength Nano Insulation Brick RSNJ-2 LZ-65 High Alumina Brick 0.8 Mullite Insulating Brick
    RUL,0.2MPa×0.6% ≥1580 ≥1400 ≥1500 0.05MPa×0.5%

    ≥1200

    BD, g/cm³ ≤1.7 ≤1.7 ≥2.5 ≤0.8
    CCS,MPa ≥50 ≥50 ≥50 ≥1.5
    PLC,% 1500℃×12h

    -0.1~0.1

    1400℃×12h

    -0.2~0.2

    1450℃×12h

    -0.4~0.1

    1350℃×12h

    -1.5~0.5

    TC,W/(m·K) Hot Side 800℃ 0.399 0.600 1.5 0.35
    Hot Side1100℃ 0.411 0.650 1.6 0.40

    RS Nano Insulation Refractory Bricks Manufacturer

    RS Nano Insulation Refractory Bricks Manufacturer has accumulated many cases of refractory solutions based on its years of production and sales experience. It also has its own opinions on the design and construction of refractory lining materials for rotary kilns and the design of refractory lining materials for insulation layers. Our technical team of kiln refractory lining materials has also tried many solutions to solve the design of refractory materials for the insulation layer of rotary kilns and has been recognized and praised by customers. In the era of continuous technological advancement, we, RS Refractory Bricks Manufacturer, are also keeping pace with the times. Continuous efforts have been made in the design and construction of refractory materials for the insulation layer of high-temperature industrial furnaces. It saves refractory costs and energy consumption costs for enterprises, reduces the outer wall temperature of high-temperature industrial furnaces, and more effectively guarantees production safety.

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