Nano thermal insulation board use effect

Reduction of the thickness of the heat-insulating layer:

Since the thickness of the heat layer can be significantly reduced, it is possible to miniaturize the heat insulation device and increase the volume of the device.

Reduction of heat storage

Reducing the heat storage capacity of the thermal insulation layer drastically shortens the heating up time of the kiln, thus not only saving energy, but also increasing productivity and making temperature control easier with nano-microporous insulation materials.

Reduced heat dissipation

Since the insulation effect can be achieved by using a thin layer of nano-microporous insulation, the surface area for heat dissipation can be reduced and heat loss can be drastically minimized. As a result, the surface temperature of the kiln can be lowered, improving the operating environment.

Temperature homogenization

The effect of reducing heat loss and maximizing temperature uniformity results in more uniform temperatures in the furnace for metal solutions, glass solutions, and heat-treated products, improving product quality.

Areas of application:

Metallurgy: steel ladle, iron ladle, intermediate ladle, converter, torpedo tanks

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

Automobile: engine heat shield, catalytic exhaust pipe

Petrochemical: cracker, reformer, heating furnace

Electric power: boiler, turbine, pipe

Building materials: ceramic furnace, rotary furnace

Product Description:

Nano thermal insulation board adopts lightweight, inorganic nano-SiO2 and ceramic fibers with extremely low thermal conductivity as raw materials, and aluminum foil with high reflectivity as the bottom material, and adopts single-layer composite structure formed by continuous coating in line with the pressing and baking process, and its coefficient of thermal conductivity is even smaller than that of still air, and its heat preservation performance is about 4-6 times better than that of traditional heat preservation materials, and it is the best heat preservation and thermal insulation material with the best performance up to now.

Nano thermal insulation board with ultra-low thermal conductivity, compared with the use of traditional thermal insulation materials can greatly save energy, with a diameter of 150mm. temperature of 600 degrees of the pipeline, for example, in the use of the thickness of only one-third of the thickness of the traditional mineral wool, each meter of the pipeline every year to save 1400 degrees of electricity, the total length of 1,000 meters of the pipeline every year to save energy of about 1.4 million degrees of electricity.

Characteristics and functions:

High temperature resistance - long-term use temperature of 400 ~ 1000 degrees or so

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

Durability - can be used as a permanent layer of the insulation body, the service life of 5 to 10 years or more.

Safety and environmental protection - pure induction material combination, good thermal stability, without any harmful substances released.

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