NANO ArmaGel HTAerogel Silica Aerogel insulation Material

NANO ArmaGel HTAerogel Silica Aerogel insulation Material

NANO ArmaGel HTAerogel Silica Aerogel insulation Material

The nano-insulation board adopts light-weight, inorganic nano-SiO2 and ceramic fiber with extremely low thermal conductivity as raw materials, and the aluminum foil with high reflectivity is used as the bottom material, and the single-layer composite structure is formed by continuous coating in accordance with the pressing baking process, and the heat conduction thereof is formed. The coefficient is smaller than that of static air, and the thermal insulation performance is about 4 to 6 times better than that of traditional thermal insulation materials. It is the best thermal insulation material to date.

The nano-insulation panel has an ultra-low thermal conductivity, which can greatly save energy compared with the traditional thermal insulation material, with a diameter of 150mm. For example, in the case of a pipe with a temperature of 600 degrees, when the thickness is only one third of the thickness of the traditional mineral wool, the pipe per metre saves 1400 kWh per year, and the pipe with a total length of 1000 m saves about 1.4 million kWh of electricity per year.

Nano aerogel felt physical properties:

Packing form: roll

Thickness: 5mm, 8mm, 10mm

Width: 1500mm

Density: 180-220kg/m3

Applicable temperature: -200 °C - +1000 °C (related to the model)

Hydrophobic: hydrophobic (below 350 ° C)

Thermal conductivity: 0.012 - 0.018w/m·k (at 25 ° C

Silica Aerogel Insulation Blanket Features and functions:

High temperature resistance - long-term use temperature of 400 to 1000 degrees

Thermal conductivity - 2 to 10 times lower than conventional insulation materials, only 0.052w / m. at 800 degrees

Durability - can be used as a permanent layer of insulation, with a service life of 5 to 10 years

Safety and environmental protection - pure electrodeless material combination, good thermal stability, no harmful substances released

Economic analysis - the price is lower than 50% of similar foreign products, 10~30% energy saving than conventional materials

Advantages of nano aerogel insulation felt:

First, the application in the high temperature industry

Nano-aerogel felts are the best choice for equipment that requires insulation while requiring small size and light weight. For example, ladle, torpedo, tundish, etc. in the metallurgical industry can realize the expansion of these devices by using nano-aerogel felt without changing the steel structure, and at the same time, can achieve a good thermal insulation effect. On a 100-ton steel ladle in a steel mill, the nano-aerogel felt was used instead of the traditional heat-insulating board to carry out the experiment. The test results are as follows:

1. Under the condition of the same thickness of the heat insulating material, the temperature of the outer wall of the ladle using the nano aerogel felt is 100-130 lower than that of the outer wall of the ladle using the traditional heat insulating board, which effectively reduces the thermal deformation of the ladle shell. .

2. Under the condition that the outer wall temperature of the ladle is the same, the 20mm thick nano-aerogel felt can replace the traditional heat insulation board of 30mm thickness to realize the expansion of the ladle.

3. Using nano-aerogel felt, the molten steel in the ladle is cooled slowly, which is conducive to the stability of the molten steel temperature.

4. It has good chemical stability, and it does not decompose, degrade, and not powder

Application areas:

Metallurgy: ladle, ladle, tundish, converter, torpedo

Machinery: industrial furnace, electric furnace, furnace door, furnace cover

Automotive: engine heat shield, catalytic exhaust pipe

Petrochemical: cracking furnace, reforming furnace, heating furnace

Electricity: boilers, steam turbines, pipelines

Building materials: ceramic furnace, rotary furnace

Effect:

Reduce the thickness of the insulation

Since the thickness of the hot layer can be greatly reduced, the heat insulating device can be miniaturized and the volume of the device can be increased.

Reduce heat storage

Reducing the heat storage capacity of the insulation layer and greatly shortening the heating time of the kiln, so that not only energy saving, Tianjin Gute nanoporous insulation material can achieve productivity and easy temperature control.

Reduce heat dissipation

Since the use of thinner nanoporous insulation material can achieve thermal insulation, it can reduce the heat dissipation surface area and greatly reduce heat loss. Therefore, the surface temperature of the kiln can be lowered and the working environment can be improved.

Temperature uniformization

By reducing the effect of heat loss, the temperature can be maximized, and as a result, the temperature of the metal solution, the glass solution, and the heat treatment product of the kiln can be more uniform, and the product quality can be improved.

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