Scroll Top

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;
  • Heat shield elements lining designs for retrievable space vehicles with efficiency exceeding Buranovsky tiles of CRSM;  thermal protection of hypersonic aircraft
Download TDS
icon

PURPOSE

Creation of a newest universal energy-efficient heat-shielding and heat-insulating material 

icon

CONSUMERS

tempeThe steel industry, furnace industry, heat insulation, the aviation and space industry, biotechnologyratures.

icon

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

Thermal protection of retrievable space vehicles at the moment of entering into the atmosphere

– 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

Hot insulation of structure elements aerospace engines and ground-to-date technical systems that have zones with higher temperatures;

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

Creation of energy-efficient high-temperature thermal insulation materials for furnace lining and liquid metal transportation systems.

The innovative basis for the formation of scaffolds. Scaffolds are synthetic or natural, polymeric or ceramic, porous or fibrous three-dimensional matrices acting as a mechanical framework (substrate) for cells.

  • 1
  • 2
  • 3
  • 4
  • Рисунок4
  • Рисунок5