NANOXYLENE

  • Thermal insulation of machines and structures operating in conditions of high and low temperatures;
  • Creation of energy-efficient high-temperature thermal insulation materials for machines, units, furnace linings and liquid metal transportation systems;
  • Thermal protection of hypersonic aircraft;
  • Heat shield elements lining designs for retrievable space vehicles with efficiency exceeding Buranovsky tiles of CRSM.
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THERMAL PROTECTION

Thermal protection of retrievable space vehicles when entering them into the dense layers of the atmosphere with efficiency exceeding Buranovsky tiles of CRSM.

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THERMAL INSULATION

Hot insulation of structure elements aerospace engines and ground-based technical systems that have zones with higher temperatures.

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INNOVATION

Innovative material for metallurgy of ferrous and non-ferrous metals, providing casting of complex thin-walled products in the mode of directional crystallization.

ABOUT THE PROJECT

Market potential:

For nanoxylene – 100 kg/year (1.0 million USD/year)

– PRIMARY NANOFIBERS:

Parameter
NANOXYLENE
CRSM (BURAN)
LI-2200 (USA) (SHUTTLE)
Density, g / cm3 от 0,2 до 1,0 0,15 0,14
Operating temperature, ºС до 1 650 до 1250 до 1260
Thermal conductivity, W/(m*K) 0,024 0,05 0,06
Fiber diameter, nm 5 – 10 1 000 – 2 000 Более 2 000

Project objective: development of high-performance thermal insulation material with reduced thermal conductivity.

Consumers: developers, manufacturers and customers of mold forms.

Technology: formation of a spatial rigid frame of nanofibers.

Essence of innovation: nanofibers allow to form a unique material with previously unattainable thermophysical properties.

Market potential:

  • For nanoxylene – 10.0 tons / year (100 million USD / year)